3,868 results on '"FORMULA One automobiles"'
Search Results
2. John Hennessey: Tuning mogul turned manufacturer.
- Author
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MEADEN, RICHARD
- Subjects
MUSCLE cars ,HIGH school seniors ,INSURANCE adjusters ,BANK accounts ,FORMULA One automobiles - Abstract
John Hennessey, the founder of Hennessey Performance, started his career by tuning his own Mitsubishi 3000GT and eventually became a renowned tuning mogul and manufacturer. Hennessey's company is known for modifying muscle cars and pickups to produce over 1000bhp, as well as creating hypercars like the Venom GT and the Venom F5. Hennessey's passion for cars began in his childhood, and his entrepreneurial spirit led him to start his own business. While he acknowledges the shift towards electric vehicles, Hennessey hopes that V8 muscle cars will continue to be produced in the future. [Extracted from the article]
- Published
- 2024
3. Experimental and computational investigation of low Reynolds number aerodynamic characteristics of fixed wings relevant to micro air vehicle (MAVs).
- Author
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Karthikeyan, S., Ajay, G. Bharath, Ahamed, N. Raakin, and Sharun, A.
- Subjects
- *
MICRO air vehicles , *REYNOLDS number , *FLOW separation , *WIND tunnels , *FORMULA One automobiles , *WING-warping (Aerodynamics) - Abstract
The low Reynolds number flows (Re) have different aerodynamic properties that create a lot of challenges for designer. The multiple design methodologies were presented and analysed for designing of low-Reynolds-number airfoil. The similarities between a modern Formula One (F1) racing car and an aeroplane are practically identical. Sports teams invest millions of dollars annually in field research to create and enhance a vehicle's aerodynamic performance. The F1 car rear wing uses NACA 2408 which gives better performance in both high and low Reynolds conditions The research related to NACA 2408 airfoil at low Reynolds number are very limited. This research paper focusses on steady wing aerodynamics analysis and flight characteristics of micro air vehicles (MAVs). The performance of NACA 2408 is investigated experimentally and computationally is the primary goal of our effort. The research looks at the performance of the NACA 2408 and examines factors like flow separation, lift, drag, pressure, velocity contour. This NACA 2408 series is compared with the conventionally used NACA 2412 and NACA 4402 series in MAV design point of view. For design and analysis, the overall methodology employs ANSYS, XFOIL and MATLAB. The 3D printing techniques used for making wing section. The subsonic wind tunnel was used for experimental validation. This also allows designers to create new positive airfoils which are critical for enhancing a MAV efficiency and performance in terms of increased lift and decreased drag under low Reynolds number circumstances. [ABSTRACT FROM AUTHOR]
- Published
- 2024
- Full Text
- View/download PDF
4. BMW X6 M Competition: M division's controversial coupe SUV joins the evo fleet. Can we find some beauty in the beast?
- Author
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Gallagher, Stuart
- Subjects
HELICAL springs ,FORMULA One automobiles ,ELECTRIC motors ,CAST-iron ,TORQUE ,AUTOMOBILE power trains - Abstract
The article discusses the BMW X6 M Competition, a controversial creation by BMW M. The author mentions their limited exposure to the X6 M but expresses concerns about the ride quality and body control. The article also highlights the improvements made to the X6 during its facelift, including a new powertrain with a mild-hybrid electric motor and changes to the gearbox. The interior and exterior design changes are also mentioned, along with the chassis and suspension setup. The author concludes by stating that the X6 M Competition is a hardcore vehicle with a powertrain and chassis that feel permanently on edge. [Extracted from the article]
- Published
- 2024
5. McLaren Artura Spider: The launch of the Spider has given McLaren the opportunity to take the Artura to a new level of brilliance.
- Author
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GALLAGHER, STUART
- Subjects
HYBRID systems ,SELF-adaptive software ,OCEAN wave power ,REINFORCED plastics ,FORMULA One automobiles - Abstract
The McLaren Artura Spider is a newly launched version of the Artura, which has undergone significant improvements. Despite initial issues with the Artura, 2000 coupes have been delivered since 2022. The Spider variant features a retractable roof and has a comprehensive makeover that enhances its driving experience. The engine has received a 20bhp boost, resulting in improved power delivery and performance. The Artura Spider maintains McLaren's high standards in terms of dynamics and steering, with updates to the chassis and suspension. Existing Artura owners will not be able to upgrade their chassis, but they can benefit from the engine upgrade. Overall, the Artura Spider offers an exciting and rewarding supercar experience. [Extracted from the article]
- Published
- 2024
6. Snapshot.
- Subjects
KINGS & rulers ,FORMULA One automobiles - Abstract
This article provides a snapshot of various celebrities and their activities. Jennifer Garner went whitewater rafting in Montana, Ricki-Lee Coulter praised her hometown of the Gold Coast, and Kristin Davis and Sarah Jessica Parker were seen filming in New York. Sophie Falkiner shared a picture of her last day in Ravello, Italy, and Harry Styles performed a duet with Stevie Nicks in London. Other highlights include Anna Robards' family photo, Emilia Clarke trying out F1 racing, Katy Perry and her daughter enjoying bubbles in Saint Tropez, and Queen Mary and King Frederik's reception in Denmark. Kylie Minogue also gave a lively performance at a festival. [Extracted from the article]
- Published
- 2024
7. FAMILY AFFAIR.
- Author
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CATCHPOLE, HENRY
- Subjects
FORMULA One automobiles ,FOOT ,COFFEE tables ,ENGINEERS ,THREE-dimensional printing - Abstract
This article discusses two supercars, the McLaren F1 and the GMA T.50, both designed by Gordon Murray. The author shares their driving experiences with these cars, highlighting their speed, performance, and unique features. The article also provides background information on the development of the T.50 and the improvements made compared to the F1. The author emphasizes the joy and excitement of driving these high-performance vehicles. [Extracted from the article]
- Published
- 2024
8. Investigating the effect of cornering maneuver on the performance of bituminous racetrack pavement.
- Author
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Malik, Aida Marini Abdul, Santhanasamy, Rickey, Widyatmoko, Iswandaru, and Sutanto, Muslich Hartadi
- Subjects
- *
BITUMINOUS pavements , *AUTOMOBILE racetracks , *STRESS concentration , *SHEARING force , *FORMULA One automobiles , *SURFACE strains , *AUTOMOBILE speed , *INTERFACIAL bonding - Abstract
A Formula One (F1) circuit typically consists of 14 to 18 turns. The speed of the F1 car changes during the accelerating, decelerating, cornering, and braking according to the layout and condition of the circuit. The changes of pace and horizontal forces involved, especially in the cornering area, would impact the performance of racetrack pavement. Therefore, this research aimed to investigate the effect of the cornering maneuver on stress and strain distributions at the surfacing and the bonding between the surfacing and the layer underneath at different speeds and cornering radius. The Mechanistic-Empirical Design approach was implemented in this study, and BISAR 3.0 software was used to calculate the distribution of stresses and strains within the racetrack pavement structure. Then, the Nottingham Design Method was used in the thickness design by considering the effect of the cornering maneuver. The results indicate that the compressive strain at the surfacing decreases as the speed increases. When the bond between the surfacing and layer underneath increases, the shear stress increases too. The lowest speed with a tighter cornering radius shows higher horizontal forces, thus indicating the racetrackpressureent's most elevated stress and strain distribution. [ABSTRACT FROM AUTHOR]
- Published
- 2024
- Full Text
- View/download PDF
9. Design and analysis on the front wing of formula one car.
- Author
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Tharun, Narayandas, Rautwar, Shashwath, Dasharath, C., and Siripuram, Aparna
- Subjects
- *
GRAND Prix racing , *COMPUTATIONAL fluid dynamics , *AERODYNAMIC load , *FORMULA One automobiles , *MOTORSPORTS , *DEAD loads (Mechanics) , *AERODYNAMICS of buildings - Abstract
Formula One (also known as F1) is the highest class of single-seater open-wheel and open-cockpit professional motor racing contest. Formula One racing is governed and sanctioned by a world body called the FIA-Fédération Internationale de l'Automobile or the International Automobile Federation. For FI cars, there isn't much potential for differentiation in the engine and wheel designs. Since there isn't much room for innovation in these areas of an F1 car, the aerodynamic design of the F1 car is where most innovation is found. When developing the car, the aerodynamics team takes a variety of criteria into account. In this paper, we will be comparing the 3 wing and 4 wing design properties in static conditions and also perform the CFD analysis. The structural design of a wing must take into account the aerodynamic loads produced in the wing. To prevent unintended deformations that impair aerodynamic performance, it is crucial to identify and characterise the structural behaviour of multi-element wings incorporating wingtip devices, it is crucial to identify and characterise the structural behaviour of multi-element wings incorporating wingtip devices. This research investigates these questions using numerical methods (Computational Fluid Dynamics), employing exhaustive validation methods to ensure the accuracy of the results and to assess their uncertainty. While there are many papers have already been written on FI Aerodynamics, we try and bring our understanding about the topics and aerodynamics behind the running or functioning of a F1 car. [ABSTRACT FROM AUTHOR]
- Published
- 2024
- Full Text
- View/download PDF
10. Front wing aerodynamic analysis of formula 1 cars in 2018 and 2019 with computational fluid dynamics (CFD).
- Author
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Gurky, Rivaldo Gere and Adhitya, Mohammad
- Subjects
- *
COMPUTATIONAL fluid dynamics , *FORMULA One automobiles , *AUTOMOBILE racing , *LIFT (Aerodynamics) , *DRAG force , *DRAG coefficient - Abstract
Formula 1 is the most prestigious and competitive auto racing competition in the world. This makes the engineers on the Formula 1 team work hard to improve the quality of the car's design with the slightest changes to get the highest advantage. Therefore, sophisticated technology needs to be used by a team of engineers to produce the best design to win the race. Computational Fluid Dynamic (CFD) is a technology that is always used in Formula 1 races. CFD helps a Formula 1 engineers to predict the results of using a new design without investing a lot of money into prototyping and testing it live. The front wing of the Formula 1 car plays important role of the overall car performance. Its location as an aerodynamic element that is first exposed to the fluid becomes very important because the downforce production by the front wing will also have other impacts on other components downstream. This work tries to simulate the effect of fluid velocity on the front wing design of Formula 1 the year 2018 and 2019 cars with CFD applications. The accuracy of simulation result is tested through variations in the number of different meshes. This work also tries to analyze the impact of changes in the front wing design of Formula 1 2018 and 2019 cars by comparing the values of the lift coefficient and the friction coefficient resulting from the two types of front wing designs. Based on the results of the analysis that has been made by the author, it can be concluded that the 2019 front wing design managed to provide a greater lift force compared to the 2018 front wing by 35%, lift coefficient by 10%, drag coefficient decrease by 4%, with an increase at a drag force value of 16% on the front wing. This is because the shape of the 2018 front wing has a wing cascade that directs fluid away from the tire in order to reduce drag force. [ABSTRACT FROM AUTHOR]
- Published
- 2024
- Full Text
- View/download PDF
11. VOLCANIC ACTIVITY.
- Author
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Barry, Ben
- Subjects
HELICAL springs ,BUSINESS planning ,AUTOMOBILE industry ,DISC brakes ,ELECTRIC automobiles ,FORMULA One automobiles - Abstract
The McLaren 12C is a supercar that was launched in 2009 and is known for its precision and performance. It features a powerful engine, supple damping, and carbon fiber construction, all at an affordable price compared to other mid-engined supercars. The driving experience of the 12C is praised for its powerful performance and handling capabilities, with quick throttle response and high-speed capabilities. The car also incorporates advanced technological features to enhance its handling and stability. However, some testers found the Ferrari 458 to be more entertaining and balanced. The article concludes by mentioning the potential for aftermarket modifications and the cost of ownership, including maintenance and repair expenses. [Extracted from the article]
- Published
- 2024
12. McLAREN: EVERYTHING SINCE THE 12C.
- Author
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Fortune, Kyle
- Subjects
ACCELERATION (Mechanics) ,FORMULA One automobiles ,RACING automobiles ,PRICES ,AERODYNAMICS ,MCLAREN automobiles - Abstract
This article provides a comprehensive overview of McLaren's road car models from 2012 to 2023. It highlights key models such as the 12C, P1, 650S, 675LT, 570S, 720S, Senna, Speedtail, Elva, and Artura. Each model is described in terms of its unique features, performance capabilities, and design elements. The article also mentions limited edition models like the Sabre and Solus GT. Overall, McLaren's road cars are known for their exceptional performance, cutting-edge technology, and distinctive design. [Extracted from the article]
- Published
- 2024
13. Formula 1 By Design: Engineering the pinnacle of motorsport racing through simulation.
- Author
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ROMEO, JIM
- Subjects
FORMULA One automobiles ,ENGINEERING design ,RACE ,MOTORSPORTS ,MULTIDISCIPLINARY design optimization - Abstract
The article focuses on the role of simulation in motorsport engineering, highlighting its significance in optimizing vehicle performance, enhancing aerodynamics, and accelerating design iterations for Formula 1 and IndyCar racing. Topics include the adoption of engineering design and simulation tools, the influence of motorsport innovations on mainstream automotive technology, and the future prospects of digital engineering technologies in shaping the next generation of motorsport vehicles.
- Published
- 2024
14. Tiff Needell Racing driver and TV presenter: From Morris Travellers to McLarens, via Le Mans and F1, television's original Mr Sideways talks about his behind-the-wheel highlights.
- Author
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TOWLER, ADAM
- Subjects
AUTOMOBILE racing drivers ,SPORTS car racing ,FORMULA One automobiles ,RACING automobiles - Abstract
Tiff Needell, a racing driver and TV presenter, reflects on his career and highlights behind the wheel. He grew up with a passion for cars, starting with his father's Ford V8 and later owning his own Morris 1000 Traveller. Needell's racing career began when he won a competition and received a Lotus 69F Formula Ford 1600 car. He went on to compete in various racing series, including Formula Ford, Formula 3, and British F1. Needell also had a successful media career, appearing on shows like Top Gear. He has competed in sports car racing, including 14 appearances at Le Mans, and has driven a wide range of vehicles throughout his career. Needell's ultimate car is the McLaren F1. [Extracted from the article]
- Published
- 2024
15. WINNING WAYS.
- Author
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Hurst, Harry
- Subjects
HELICAL springs ,MOTORSPORTS ,RACE ,OIL storage tanks ,WORLD championships ,FORMULA One automobiles ,AUTOMOBILE chassis - Abstract
The Maserati 250F was a dominant force in Formula 1 racing during the 1950s. It was known for its exceptional handling and balance, which allowed drivers like Stirling Moss to achieve victories. The car was developed in response to changes in Formula 1 regulations, and Maserati made it available for purchase by private teams, making it unusual for a competitive car to be sold to customers. The 250F continued to be successful in smaller races and became a mainstay of the Grand Prix fields. Maserati eventually withdrew from racing in 1958 but made a brief return in 1966 with a new engine. The 250F continued to be used by private teams until the end of the 2.5-liter formula in 1960. [Extracted from the article]
- Published
- 2024
16. FORWARD PLANNING.
- Subjects
SPA towns ,RACING automobiles ,ANTIQUE & classic cars ,HOT rods ,HILLCLIMBING (Automobile racing) ,RALLY cars ,FORMULA One automobiles - Abstract
This document provides a comprehensive list of upcoming car events and shows happening worldwide from August to December. The events encompass a wide range of activities, including vintage car meets, speed races, concours d'elegance, rallies, and motor festivals. Locations vary from England and France to the United States and New Zealand, offering diverse cultural experiences. Each event offers unique attractions such as car displays, auctions, live music, and racing, making them appealing to car enthusiasts and motorsport fans alike. [Extracted from the article]
- Published
- 2024
17. Zak Brown: CEO, McLaren Racing: The man heading McLaren's F1 team talks about his incredible collection of road and racing cars - and karts.
- Author
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TAYLOR, JAMES
- Subjects
RACING automobiles ,FORMULA One automobiles ,MCLAREN automobiles ,AUTOMOBILE industry ,TRAVEL time (Traffic engineering) ,CHIEF executive officers ,BUSINESS partnerships - Abstract
Zak Brown, the CEO of McLaren Racing, has an impressive collection of road and racing cars, including race-winning F1 cars, Indy cars, endurance racers, and touring cars. His collection focuses more on race cars, with around 40 historic competition cars from the 1970s onwards. Brown is also a fan of road cars and owns 15 of them, including a Ferrari F50, Porsche 959, McLaren Speedtail, and Aston Martin DB6 Volante. He has a deep connection with McLaren, as it has always been his favorite team, and he fell in love with Formula 1 when Ayrton Senna joined McLaren in 1988. Brown's collection also includes karting vehicles and he has a passion for historic racing. He believes that having the right people in the right place is the key to McLaren's success in Formula 1. Brown's work-life balance is a challenge, but he values spending time with his family. He hopes to add a Le Mans winner to his collection in the future. [Extracted from the article]
- Published
- 2024
18. STA-Net: A Spatial–Temporal Joint Attention Network for Driver Maneuver Recognition, Based on In-Cabin and Driving Scene Monitoring.
- Author
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He, Bin, Yu, Ningmei, Wang, Zhiyong, and Chen, Xudong
- Subjects
INTELLIGENT transportation systems ,AIRCRAFT cabins ,FEATURE extraction ,FORMULA One automobiles - Abstract
Next-generation advanced driver-assistance systems (ADASs) are a promising direction for intelligent transportation systems. To achieve intelligent security monitoring, it is imperative that vehicles possess the ability to accurately comprehend driver maneuvers amidst diverse driver behaviors and complex driving scenarios. Existing CNN-based and transformer-based driver maneuver recognition methods face challenges in effectively capturing global and local features across temporal and spatial dimensions. This paper proposes a Spatial–Temporal Joint Attention Network (STA-Net) to realize high-efficient temporal and spatial feature extractions in driver maneuver recognition. First, we introduce a two-stream architecture for a concurrent analysis of in-cabin driver behaviors and out-cabin environmental information. Second, we propose a Multi-Scale Transposed Attention (MSTA) module and Multi-Scale Feedforward Network (MSFN) to extract features at multiple scales, addressing receptive field inadequacies and combining high-level and low-level information. Third, to address the information redundancy in multi-scale features, we propose a Cross-Spatial Attention Module (CSAM) and Multi-Scale Cross-Spatial Fusion Module (MCFM) to select essential features. Additionally, we introduce an asymmetric loss function to effectively tackle the issue of sample imbalance across diverse categories of driving maneuvers. The proposed method demonstrates a remarkable accuracy of 90.97% and an F1 score of 89.37% on the Brain4Cars dataset, surpassing the performance of the methods compared. These results substantiate the fact that our approach effectively enhances driver maneuver recognition. [ABSTRACT FROM AUTHOR]
- Published
- 2024
- Full Text
- View/download PDF
19. Identifying the cargo types of road freight with semi-supervised trajectory semantic enhancement.
- Author
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Zhao, Yibo, Cheng, Shifen, Zhang, Beibei, and Lu, Feng
- Subjects
- *
FREIGHT & freightage , *SUPERVISED learning , *FEATURE extraction , *FORMULA One automobiles - Abstract
Identifying road freight cargo types is crucial for regional economic interaction and transportation optimization. Existing methods primarily rely on manual labeling and the rule, neither of which can achieve automated semantic enhancement of large-scale road freight trajectories. Consequently, this study proposes a semi-supervised trajectory semantic enhancement method for identifying cargo types based on trajectory feature extraction and point-of-interest (POI) association. The raw trajectories are segmented and enriched with the closest POIs. The sample labeling method with POI semantic enhancement is then proposed using company registration information. Finally, the spatiotemporal and sequential features of labeled freight trips are extracted to build a self-training semi-supervised model for identifying the cargo type of road freight. Experimental studies on real trajectory data demonstrate superior accuracy and robustness compared to existing methods, with accuracy and F1 values reaching 81.4 and 0.77%, respectively. The proposed sample labeling method improves representativeness and universality, increasing accuracy by 7.8–14.4% and F1 value by 8.5–34.5% compared to the rule-based method. The semi-supervised model improves accuracy by 8.9% and F1 value by 29.1% compared to the supervised model when only 10.0% of samples were labeled. This method enables automatic and full-sample cargo type identification in real-world large-scale transportation systems. [ABSTRACT FROM AUTHOR]
- Published
- 2024
- Full Text
- View/download PDF
20. FAST AS F1: Red Bull has revealed its first 'car', the 1184bhp, V10-hybrid, track-only RB17 - and it's faster than the team's own F1 machine.
- Subjects
CHIEF technical officers ,POWER steering ,LOCAL taxation ,FUEL pumps ,ELECTRIC motors ,AUTOMOBILE power trains ,FORMULA One automobiles - Abstract
Red Bull has unveiled its first track-only car, the RB17, which is faster than their own Formula 1 machine. The RB17 is the result of 20 years of Red Bull's expertise and is a hypercar that would have beaten George Russell's pole position time at the 2024 British Grand Prix. The car features a V10 hybrid powertrain and has been designed to be enjoyed by drivers of different experience levels. It is lightweight, weighing under 900kg, and will be fully funded by Red Bull. The RB17 will be available to customers in late 2025 at a cost of £5.75m plus local taxes. [Extracted from the article]
- Published
- 2024
21. Using flywheel technology to reduce construction site emissions.
- Author
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James, Harry, Zammit, Jean Paul, and Davidson, Andrea
- Subjects
- *
BUILDING sites , *GREENHOUSE gas mitigation , *HIGH speed trains , *FLYWHEELS , *RAILROAD design & construction , *FORMULA One automobiles - Abstract
This paper reports on a trial of flywheel energy storage technology on a High Speed Two railway construction site in London, UK. Originally designed for Formula 1 racing cars, the system has the potential to improve the efficiency of electric-powered plant and reduce greenhouse gas emissions. The trial application on a tower crane achieved savings of 44 t of carbon dioxide equivalent a year. It proved the technology works with mains power, cutting-edge generators and batteries. With improvements to telemetry, the system could now have wider use across the whole construction industry. [ABSTRACT FROM AUTHOR]
- Published
- 2023
- Full Text
- View/download PDF
22. Analysis of carbon and sisal fibres reinforced nano particles in epoxy composite.
- Author
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Kumar, S. Sathees, Tirupathi, K., Chakravarthy, C. H. Nithin, and Babu, B. Sridhar
- Subjects
- *
SISAL (Fiber) , *CARBON analysis , *LIGHTWEIGHT materials , *EPOXY resins , *CARBON fibers , *FORMULA One automobiles - Abstract
F1 Cars travel at outrageous paces going from 400 kmph to 600 kmph. During the race, these vehicles and engines regularly have mishaps by sliding, impact, or hit deterrents at high paces. As architects plan a lightweight material for expanded speed increase so that to dominated the race and at the same time the racer should be shielded from mishaps, so high strength and light in weight material is vital, which will restrict the risk of damage to the race. Aluminum combinations, steel sheets, and as of late composite strands made in epoxy framed from carbon, glass, and Kevlar, are the most much of the time utilized materials in dashing vehicles' body shells. So in the current work, we have taken for experimentation i.e Materials of Nanoparticles (5%) which are supporting the epoxy (65%) alongside sisal fiber (15%) and carbon fiber (15%) are picked for making the nanocomposite with the weight divisions referenced in the supports. Here SiC nanoparticles make up for the shortcomings of the epoxy with extra support alongside sisal, carbon fiber. [ABSTRACT FROM AUTHOR]
- Published
- 2023
- Full Text
- View/download PDF
23. LAS VEGAS FORMULA FOR SPEED.
- Author
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Rosenberg, Michael
- Subjects
- *
SPEED , *FOOTBALL stadiums , *TRAFFIC patterns , *STADIUMS , *FORMULA One automobiles - Abstract
The Vegas track has 17 corners, is one of the three longest in F1 and has one of the lengthiest straights: nearly 1.2 miles along Las Vegas Boulevard, aka the Strip. An F1 street track is part of a city - and, in this case, a vibrant city center that literally cannot afford to close down for a few days as other F1 hosts can. Terry Miller, the project manager for the Las Vegas Grand Prix, has worked on professional sports stadiums, and he says, "The order of magnitude of this project is significantly beyond what NFL stadiums or MLB stadiums are", Miller says. [Extracted from the article]
- Published
- 2023
24. CREATE A DYNAMIC FORMULA ONE SCENE.
- Author
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Flower, Paul
- Subjects
FORMULA One automobiles ,RACING automobiles ,GRAND Prix racing - Abstract
The article discusses the creation of an image as a tribute to Roland Ratzenberger, focusing on depicting him positively as a Formula One driver and incorporating a retro feel. The tutorial within the article provides insights into setting up and creating a Formula One car using tools like 3ds Max, Mudbox, V-Ray, and Photoshop.
- Published
- 2023
25. CLOUD COMPUTING: DRIVING F1 FORWARD?
- Author
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Collins, Barry
- Subjects
FORMULA One automobiles ,CLOUD computing ,SUPERCOMPUTERS ,CROSSWINDS ,SERVER farms (Computer network management) ,COMPUTATIONAL fluid dynamics - Abstract
I met with Dr Neil Ashton, principal computational fluid dynamics architect at AWS, and Formula 1 pit lane legend and former Ferrari race engineer, Rob Smedley - now an F1 consultant working alongside AWS - to find out how F1 leaned on cloud computing to design the 2022 car, and whether it worked. FEATURES How do you make F1 more exciting? F1 teams design their own cars - it's part of what gives the well-funded teams such as Red Bull a competitive advantage over teams more often at the back of the grid. Whether a F1 car can overtake the car in front of it (assuming there's enough space to pass) is largely dependent on downforce. [Extracted from the article]
- Published
- 2023
26. 3D CFD simulation of the interaction between front wheels&brake ducts and optimised five-element F1 race car front wings under regulations.
- Author
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Granados-Ortiz, F.-J., Morales-Higueras, P., and Ortega-Casanova, J.
- Subjects
RACING automobiles ,FORMULA One automobiles ,TIRE treads ,WHEELS ,DESIGN exhibitions ,DYNAMIC simulation - Abstract
This investigation analyses the 3D performance of two optimal front wing designs according to the Federation Internationale de l'Automobile 2021 regulations. These regulations imply a 3D five-element front wing, with ground effect and more than 30 design parameters and geometry constrains in practice, which has not been studied before in the literature. The two optimal front wing designs were obtained by parametric optimisation with sampled Kriging interpolation surrogates and a posteriori adjoint-based design refinement. The optimal front wings have been tested on 3D Computational Fluid Dynamic simulations to analyse the generated downforce and flow interaction with the front wheels and brake ducts, as well as the reproduction of influential vortices. Although the parametric design achieved a slightly better downforce-to-drag ratio, the adjoint-based design exhibited a greater ground suction effect, lower pressure distribution on the tire treads, and some deviation of the Y250 vortices to the wheel, which affected the flow over the wheel&brake ducts. This work demonstrated that quick improvements can be achieved starting from 2D analysis and running 3D simulations of relevant parts of the car, which is unaffordable to date for direct 3D simulation in a design space reduced to 17 dimensions and constrained by regulations. [ABSTRACT FROM AUTHOR]
- Published
- 2023
- Full Text
- View/download PDF
27. Analysis of Single-Pilot Intention Modeling in Commercial Aviation.
- Author
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Dong, Lei, Chen, Hongbing, Zhao, Changxiao, and Wang, Peng
- Subjects
- *
CONVOLUTIONAL neural networks , *INTENTION , *ARTIFICIAL intelligence , *FLIGHT crews , *FORMULA One automobiles , *COMMERCIAL aeronautics - Abstract
With the continual enhancement of the onboard avionics, the minimum flight crew has been downsized from five to two-person crew mode, and reduced crew operation has drawn extensive attention from aviation experts. Single-pilot operation (SPO) mode warrants careful account and research. This study investigated the intention modeling of commercial aviation single pilot based on the bidirectional long short-term memory (BiLSTM), mining the intention tendency of pilots' behavior through artificial intelligence technology. This was done to avoid safety hazards caused by different intents and inconsistent operations of the single pilot and the cockpit automation system. The classification task of a single pilot's behavior is the core of intention recognition. Various operation items contribute differently to the classification. To construct the interaction dataset and encode it into time series features, a single-pilot experiment is specifically performed, wherein the experience of an expert is summarized into single-pilot intent labels. The deep information in the feature vector of a single-pilot operation item is captured by the BiLSTM network, and the neural weight is adaptively assigned by the training mechanism. The operation sequence with the feature data is finally loaded into the softmax layer for intention classification. The proposed method is evaluated against long short-term memory (LSTM), term frequency-inverse document frequency (TF-IDF), convolutional neural network (CNN), Naive Bayesian (NB), and distributed representation's intention modeling techniques. Because the proposed methods have higher F1 scores, the model can effectively share real-time information about the single-pilot intention with the cockpit automation system. [ABSTRACT FROM AUTHOR]
- Published
- 2023
- Full Text
- View/download PDF
28. Racing Towards Excellence: Lessons From the Formula One Benefiting Healthcare Professionals.
- Author
-
Schijven, Marlies P. and Kikkawa, Toshiko
- Subjects
- *
MEDICAL personnel , *EYE-hand coordination , *VIDEO games , *FORMULA One automobiles , *EXCELLENCE - Abstract
This article discusses the parallels between the benefits of online gaming for Formula One (F1) drivers and healthcare professionals. It highlights how online gaming can enhance cognitive skills, decision-making abilities, and reflexes, which are crucial for both F1 drivers and healthcare professionals. The article suggests that healthcare professionals can leverage gaming to improve their skills and practice readiness, just as F1 drivers do. It emphasizes the importance of integrating gaming into healthcare training to enhance diagnostic skills, hand-eye coordination, teamwork, and communication. The article concludes by stating that the lessons from online gaming can serve as a bridge to success for both F1 drivers and healthcare professionals. [Extracted from the article]
- Published
- 2023
- Full Text
- View/download PDF
29. IGNITION: EVENTS + NEWS + OPINION.
- Subjects
FORD automobiles ,FORMULA One automobiles - Abstract
Elsewhere, hundreds of classics were on show at sites across the city, there were drifting displays under a flyover and sprints on the ring road. The historic St George's Square in the heart of the Maltese capital again hosted a wonderful display of 65 hugely varied vintage cars, classics and supercars, ranging from a one-owner-from-new Renault 6TL in the Preservation Class to a new Aston Martin Vantage F1 in Super Cars. Porsche Heritage put on its biggest-ever display (of 40 cars) to celebrate 75 years of the marque SAVILE ROW "CONCOURS, 24-25 MAY "Tailor lane" again bustled with cars and impressive footfall. [Extracted from the article]
- Published
- 2023
30. Romain Grosjean: From an F1 fireball to the heat of Florida, with development of a road-going hypercar along the way, the Swiss-French racer discusses where his career at the wheel has taken him so far.
- Author
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DOBIE, STEPHEN
- Subjects
FORMULA One automobiles ,GRAND Prix racing - Abstract
Grosjean made the decision in July 2020, as F1 made its delayed season start in Austria, that it'd be his last campaign with Haas. Grosjean's first fully fledged Formula 1 seat followed in 2012 thanks to Lotus, where he achieved each of his ten F1 podiums, highlights including second-place finishes at the 2012 Canadian and 2013 United States grands prix. Grosjean has been part of the development team on the Praga Bohema, the lightweight, Litchfield GT-R-powered hypercar we sampled in evo 305. [Extracted from the article]
- Published
- 2023
31. Formula One Racing For Dummies
- Author
-
Jonathan Noble and Jonathan Noble
- Subjects
- Formula One automobiles, Grand Prix racing
- Abstract
A crash course in the exciting world of professional motor racing Formula One Racing For Dummies has all the information you need to start following this exciting motor sport. You'll learn the basic dynamics and rules of F1, and you'll get a primer on the drama, strategies, politics, and rivalries that have turned the sport into a global sensation. Written by an industry expert, this book is full of fun anecdotes that will get beginners and die-hards alike excited for the next race. Get to know the contemporary F1 scene, with profiles of current team managers and drivers, info on the best media coverage and F1 news sources, and the latest rules and technical regulations. For fans who watch F1 on TV and those who attend the races in person, this fast-paced Dummies guide is a perfect way to bolster your enjoyment of the sport. Discover the anatomy of Formula One racecars, including hybrid engines and modern safety systems Learn what goes on behind the scenes, so you know what's at stake when you watch races Get to know the most popular drivers, their racing styles, and their backstories Familiarize yourself with the championships, pit stops, and new tracksFollowing F1 is a lot more exciting when you have a little knowledge about the sport. Formula One Racing For Dummies, the Grand Prix of racing guides, will teach you the ins and outs.
- Published
- 2024
32. F1 Racing Confidential : Inside Stories From the World of Formula One
- Author
-
Giles Richards and Giles Richards
- Subjects
- Grand Prix racing, Formula One automobiles
- Abstract
Unlock an all-access look inside the thrilling world of Formula One. Formula One is one of the most intense, complex and secretive sports on the planet. Recent documentaries such as Netflix's Drive to Survive series have given a glimpse of life inside the paddock, but there are so many more stories from this high-stakes, globetrotting world that remain untold. In F1 Racing Confidential, Guardian journalist Giles Richards draws on more than a decade of experience working at the heart of Formula One to reveal the inner workings of the world's most glamorous motorsport. Featuring exclusive interviews with men and women working at every level of F1 Teams including Mercedes, Red Bull, Ferrari, McLaren, Alfa Romeo, and Aston Martin, this is an unprecedented, behind-the-scenes look at the complete workings of a modern Formula One team. With contributions from high-profile insiders, including Christian Horner, Lando Norris, and Toto Wolff, each with their own fascinating stories, insights and revelations, F1 Racing Confidential pulls back the curtain on the world of Formula One like never before.
- Published
- 2024
33. Two-Dimensional-Based Hybrid Shape Optimisation of a 5-Element Formula 1 Race Car Front Wing under FIA Regulations.
- Author
-
Granados-Ortiz, Francisco-Javier, Morales-Higueras, Pablo, Ortega-Casanova, Joaquín, and López-Martínez, Alejandro
- Subjects
RACING automobiles ,FORMULA One automobiles ,RADIAL basis functions ,FLEXIBLE work arrangements - Abstract
Front wings are a key element in the aerodynamic performance of Formula 1 race cars. Thus, their optimisation makes an important contribution to the performance of cars in races. However, their design is constrained by regulation, which makes it more difficult to find good designs. The present work develops a hybrid shape optimisation approach to obtain an optimal five-element airfoil front wing under the FIA regulations and 17 design parameters. A first baseline design is obtained by parametric optimisation, on which the adjoint method is applied for shape optimisation via Mesh Morphing with Radial Basis Functions. The optimal front wing candidate obtained outperforms the parametric baseline up to a 25% at certain local positions. This shows that the proposed and tested hybrid approach can be a very efficient alternative. Although a direct 3D optimisation approach could be developed, the computational costs would be dramatically increased (possibly unaffordable for such a complex five-element front wing realistic shape with 17 design parameters and regulatory constraints). Thus, the present approach is of strong interest if the computational budget is low and/or a fast new front wing design is desired, which is a frequent scenario in Formula 1 race car design. [ABSTRACT FROM AUTHOR]
- Published
- 2023
- Full Text
- View/download PDF
34. Month in Pictures.
- Subjects
PICTURES ,FORMULA One automobiles ,NEW trials - Abstract
So they must have loved HERO-ERA's trip to the home of the TT tohonour the 60th anniversary of the first Manx Trophy Rally, because, even in the words ofthe organisers, the weather was "dire". VSCC HEREFORDSHIRE TRIAL, 18-19 MARCH Hector Stapleton's Ford Model A at Foxhalls during thetwo-day event that used a new trial HQ at Hall Court Farm. VSCC JOHN HARRIS TRIAL, 4 MARCH Roger Thorpe's Bugatti Brescia Type 23. [Extracted from the article]
- Published
- 2023
35. THE ANATOMY OF A LOTUS 56B: The most radical car in Formula 1 history? Surely 1971's wedge-shaped, turbinepowered Lotus 56B. We look under the skin of the sport's most intriguing car.
- Author
-
TAYLOR, JAMES
- Subjects
FORMULA One automobiles ,ANATOMY ,AUTOMOBILES ,GAS flow ,BRAKE fluids - Abstract
Back when Fittipaldi, Walker and Wisell were racing the car, they'd have got on the power while still braking, getting the turbine spinning into its powerband ready for the exit. The chassis is an aluminium monocoque, with steel bulkheads for the engine and the suspension pick-up points, the bodywork predominantly glassfibre, with a huge one-piece mould for its upper surface, which lifts up and away from the car in one go. The fascinating Rover-BRM turbine car ran three times at Le Mans, and the pretty Howmet TX from America competed at Daytona, Le Mans and beyond later in the decade, but it was at Indianapolis that the technology really made its mark. But there was still Formula 1 With four-wheel-drive traction and a huge horsepower advantage over the Cosworth DFV-powered F1 cars of the time, Chapman could see the inherent potential in the 56, and at the start of 1970 the Fl-evolution 56B was born, embarking on a season of testing before its '71 race debut. [Extracted from the article]
- Published
- 2023
36. Out of the driver's seat
- Author
-
Bradley, Jonathan
- Published
- 2019
37. Estudio aerodinámico del alerón posterior de un Fórmula 1
- Author
-
Universitat Politècnica de Catalunya. Departament de Mecànica de Fluids, Torres Cámara, Ricardo, López Baena, Gerard, Universitat Politècnica de Catalunya. Departament de Mecànica de Fluids, Torres Cámara, Ricardo, and López Baena, Gerard
- Abstract
L'objectiu d'aquest treball és estudiar una de les parts més importants en termes aerodinàmics dels monoplaces de Fórmula 1: l'aleró posterior. Per a això, es duu a terme una anàlisi aerodinàmic d'un aleró simplificat de dimensions reduïdes respecte a la realitat, emprant dos perfils NACA 0012 disposats de manera que simulin l'efecte generat per l'aleró posterior en els cotxes d'F1. A més, es du a terme una anàlisi de la influència del DRS (Drag Reduction System) en una configuració específica per tal d'observar com afecta el comportament del conjunt. L'estudi aerodinàmic del conjunt format pels dos elements es fa mitjançant simulacions de dinàmica de fluids computacional. La metodologia de l'estudi inclou una part de simulacions en un túnel de vent utilitzant un sol perfil NACA 0012 per obtenir dades preliminars, les quals s'utilitzen posteriorment per ajustar i validar les simulacions amb un sol perfil. Posteriorment, es procedeix amb l'estudi del conjunt format pels dos perfils fent servir el programa Comsol Multiphysics. Aquest enfocament permet aconseguir Informació rellevant sobre el comportament aerodinàmic de l'aleró posterior i la seva interacció en activar el sistema DRS sota unes condicions específiques., El objetivo de este trabajo es estudiar una de las partes más importantes en términos aerodinámicos de los monoplazas de Fórmula 1: el alerón posterior. Para ello, se realiza un análisis aerodinámico de un alerón simplificado de dimensiones reducidas en comparación con la realidad, utilizando dos perfiles NACA 0012 dispuestos de manera que simulen el efecto generado por el alerón trasero en los coches de F1. Además, se analiza la influencia del DRS (Drag Reduction System) en una configuración específica para observar cómo afecta al comportamiento del conjunto. El estudio aerodinámico del conjunto formado por los dos elementos se realiza mediante simulaciones de dinámica de fluidos computacional. La metodología del estudio incluye simulaciones en un túnel de viento utilizando un solo perfil NACA 0012 para obtener datos preliminares, que se utilizan posteriormente para ajustar y validar las simulaciones con un solo perfil. Posteriormente, se estudia el conjunto formado por los dos perfiles utilizando el programa Comsol Multiphysics. Este enfoque permite obtener información relevante sobre el comportamiento aerodinámico del alerón trasero y su interacción al activar el sistema DRS bajo unas condiciones específicas., The purpose of this work is to study one of the most important parts in aerodynamic terms of Formula 1 single-seaters: the rear wing. To do this, an aerodynamic analysis of a simplified spoiler of reduced dimensions compared to reality is done it, using two NACA 0012 profiles arranged in such a way as to simulate the effect generated by the rear wing in F1 cars. In addition, an analysis of the influence of the DRS (Drag Reduction System) is executed for a specific configuration, in order to observe how it affects the behaviour of the set. The aerodynamic study of the ensemble formed by the two elements is executed using computational fluid dynamics simulations. The methodology of the study involves a part of simulations in a wind tunnel using a single NACA 0012 profile to obtain preliminary data, which is then used to fine-tune and validate simulations with a single profile. After this, the study of the set formed by the two profiles is carried out using the Comsol Multiphysics program. This approach makes it possible to obtain relevant information about the aerodynamic behaviour of the rear wing and its interaction when activating the DRS system under specific conditions.
- Published
- 2024
38. F1 EXHIBITION IS GO GO GO.
- Author
-
Jervis, Tom
- Subjects
FORMULA One automobiles ,RACING automobiles ,DESIGN exhibitions ,HYBRID power ,ANTIQUE & classic cars - Abstract
The Formula One Exhibition at ExCeL in London showcases the evolution of Formula One racing from a wealthy gentleman's pastime to a global phenomenon. The exhibition features six themed spaces, including displays of classic F1 cars, the development of F1 cars, famous rivalries, and the rise of British Racing Motors. Exclusive cars on display include Ayrton Senna's 1988 Championship-winning McLaren and Lewis Hamilton's 2018 F1 World Drivers' title-winning Mercedes. The exhibition also includes a section on the dangers of F1 racing, featuring the wrecked car from Romain Grosjean's 2020 Bahrain Grand Prix crash. The exhibition aims to highlight the engineering, technology, and history of the sport. [Extracted from the article]
- Published
- 2024
39. Dates for your diary.
- Subjects
SPA towns ,ANTIQUE & classic cars ,RACING automobiles ,DRAG racing ,ANTIQUE & classic aircraft ,FORMULA One automobiles ,RALLY cars - Abstract
The document provides a list of upcoming events and rallies related to classic cars and motorsports. The events are scheduled to take place in various locations around the world, including Italy, Sweden, Australia, Germany, and the United Kingdom. The events range from regularity rallies and concours d'elegance to vintage car races and track days. The document also includes information about specific events, such as the Goodwood Festival of Speed and Dragstalgia. [Extracted from the article]
- Published
- 2024
40. Dates for your diary.
- Subjects
MUSCLE cars ,RACING automobiles ,ANTIQUE & classic cars ,HOT rods ,HILLCLIMBING (Automobile racing) ,FORMULA One automobiles ,RALLY cars - Abstract
This document provides a list of upcoming automotive events and rallies taking place around the world. The events range from concours d'elegance showcases to historic racing festivals and regularity rallies. Some notable events include the Nürburgring Classic in Germany, the Mille Miglia in Italy, and the Great Race in the United States. These events offer opportunities for car enthusiasts to appreciate classic and vintage vehicles in various settings. [Extracted from the article]
- Published
- 2024
41. Gavan Kershaw.
- Author
-
Barry, Ben
- Subjects
TOY stores ,FORMULA One automobiles - Abstract
Beyond Lotus, Kershaw has a long history ofnon-Lotus road cars, starting with a Fiat Unobefore he could legally drive, then Mk2 FiestaXR2 and Astra GTE 16-valve hot hatchesbefore the rear-wheel-drive bug bit. 'The front-wheel-drive Elan was coming,there was early work on the Lotus Carlton,we'd just charge-cooled the Esprit, and Lotuswas going back into SCCA racing with DocBundy and Paul Newman', says Kershaw. THE OCTANE INTERVIEW How to engineer the perfect Lotus road car?. [Extracted from the article]
- Published
- 2023
42. WHAT DAY OFF? The boss of McLaren Racing, Zak Brown, relaxes away from Formula 1 by taking to the track in his Jaguar XJR-10.
- Author
-
Page, James
- Subjects
MOTORSPORTS ,FORMULA One automobiles - Abstract
The first ground-up restorationthat United Autosport tackled was an ex-Mario AndrettiFormula 5000 car that Dean and Brown both subsequentlyraced and which won many plaudits for the standard of itspreparation. ZAK BROWN RACING JAGUAR Modern Formula 1 is a full-time business. Then there's his JaguarXJR-10, which was restored by United Autosports, the raceteam that Brown and Richard Dean founded in 2009 andwhich now runs the Castrol-livered car in Historicevents. The boss of McLaren Racing, Zak Brown, relaxes away from Formula 1 by taking to the track in his Jaguar XJR-10. [Extracted from the article]
- Published
- 2023
43. Christmas GIFT GUIDE.
- Subjects
CHRISTMAS gifts ,GRAND Prix racing ,FORMULA One automobiles - Abstract
LEATHERMAN LEATHERMAN WAVE+ MULTI-TOOL, £134.95 whitbyandco.co.uk With its 100% stainless-steel body, the Leatherman Wave®+ has all the essential accessories of the original multi-tool with the addition of replaceable, durable wire-cutters. MASERATI, THE FAMILY SILVER "The perfect gift for every Maserati aficionado" This Christmas, treat yourself or a loved one to this award-winning history of one of the world's most iconic marques. THE ESSENCE, FROM DB2 TO DB6, €380 advantaaed.eu ME & MY CAR OILY RACING-CAR MUGS, £12 01865 883061; meandmycar.co.uk Me and My Car has expanded its range of racing car-inspired mugs forfansof Formula One World Champions Max Verstappen, Michael Schumacher and Lewis Hamilton. [Extracted from the article]
- Published
- 2023
44. F1, Indy 500 and drag racing
- Author
-
Clark, Michael
- Published
- 2023
45. Convex Performance Envelope for Minimum Lap Time Energy Management of Race Cars.
- Author
-
Duhr, Pol, Sandeep, Ashwin, Cerofolini, Alberto, and Onder, Christopher H.
- Subjects
- *
ENERGY management , *RACING automobiles , *TIME management , *FORMULA One automobiles , *INDUSTRIAL efficiency , *ELECTRIC automobiles - Abstract
The optimization of the energy management of modern hybrid-electric or fully electric race cars for minimum lap time requires a description of the vehicle dynamics performance envelope, that is, of the tires’ grip limit in corners, braking zones and during acceleration. In this paper, we present a computationally efficient performance envelope model in the form of convex constraints on the achievable longitudinal and lateral acceleration, on the assumption that the path on the track is given. The proposed acceleration limits are modeled velocity-dependent to take into account the effect of aerodynamic downforce present in many circuit race cars. The formulation as linear equality, inequality and second-order cone constraints allows to embed the model in a convex energy management optimization framework. To showcase the approach, we identify the model with data obtained from a state-of-the-art hybrid-electric Formula 1 car and present results for the Silverstone and Spa-Francorchamps circuits. The optimal energy management strategies can be evaluated with a computational time of less than 1 s. The optimal velocity profile subject to the performance envelope constraints is close to the measured one. The good agreement between the optimal solution and the measurement data shows that the proposed model captures the vehicle dynamics accurately enough for the purposes of energy management optimization. [ABSTRACT FROM AUTHOR]
- Published
- 2022
- Full Text
- View/download PDF
46. A study of the time-resolved structure of the vortices shed into the wake of an isolated F1 car wheel.
- Author
-
Parfett, A., Babinsky, H., and Harvey, J. K.
- Subjects
- *
FORMULA One automobiles , *VORTEX shedding , *CROSSWINDS , *BOUNDARY layer (Aerodynamics) , *WHEELS , *RACING automobiles , *AEROFOILS - Abstract
This paper describes the flow about a smooth isolated wheel rolling steadily along a plane surface. The shape chosen is typical of those used for Formula 1 racing cars, and it is fitted with an inflatable tyre to ensure that an appropriate contact patch geometry is realised. Single-pass PIV is used to obtain instantaneous records of the velocity field around the wheel, and examples of the detailed wake structure are presented. The evolution of the vortices generated by the wheel and shed into the wake is studied for a range of yaw angles up to 6°. It is shown that the structure of the wake for the unyawed wheel fluctuates considerably, switching between distinct states where a dominant lower ground vortex is observed on either the left or the right side of the wake or a third state where a symmetrical pair of vortices forms. Yawing the wheel, even by as little as 2°, which will frequently arise in practical situations due to cross winds or steering the vehicle, biases the flow towards the leeside which inhibits the switching. In such a case, a stable dominant leeside lower ground vortex is formed and the wake structure changes significantly. The origin of the ground vortex formation ahead of the wheel is identified as vorticity coming from the boundary layer generated on the front face of the tyre and not the "jetting phenomenon" as is widely assumed. [ABSTRACT FROM AUTHOR]
- Published
- 2022
- Full Text
- View/download PDF
47. Honda, Road to the Red Zone Volume 2.
- Author
-
Dixon, Mark
- Subjects
FORMULA One automobiles ,CIVICS ,PERSONALITY ,ROADS - Abstract
Volume 2 of "Honda, Road to the Red Zone" is a French enthusiast-published motoring book that focuses on the personality-driven aspects of Honda's competition and Type R road cars. The author suggests reading it in small doses due to its manic design and content, which covers a wide range of topics from 1980s hot Civics to Mugen-powered F1 cars. The book, available in both French and English, is a lavishly produced hardback with 440 pages filled with great images, showcasing the author's passion for Honda vehicles. [Extracted from the article]
- Published
- 2024
48. McLaren Formula 1 Car by Car.
- Author
-
Dixon, Mark
- Subjects
FORMULA One automobiles ,ATLANTIC cod ,AUTOMOBILES ,PROTOTYPES ,ADVERTISING - Abstract
BooksEarlier this year we had McLaren, the Road Cars 2010-2024 -- our Book of the Month in issue 251 -- and now here's the perfect complement. From a different publisher but with a similar concept, every McLaren F1 car is profiled from 1966 to the end of the 2023 season. Authoritatively and concisely written by an F1 expert, very well illustrated with period colour photos (mostly) and rounded off with a full list of race results or each year, it's a solid piece of work.STUART CODLING, Motorbooks, £45,ISBN 978 0 7603 8512 8PHOTO (COLOR)Reviewed by Mark Dixon [Extracted from the article]
- Published
- 2024
49. Scalextric releases new slot car models.
- Subjects
FORMULA One automobiles ,DEVELOPED countries ,PRICES ,FOAM ,AUTOMOBILES - Abstract
Scalextric has released new slot car models, including F1 cars, historic racers, modern-day race winners, road cars, and film favorites. The Simoniz Snow Foam is a car cleaning product that aims to stand out with its Juicy Watermelon fragrance. It can be diluted at different ratios depending on the level of soiling, but the cleaning power is better at a stronger dilution rate. However, there are other car cleaning products that are more effective and cheaper. [Extracted from the article]
- Published
- 2024
50. Simoniz snow foam is on the scent.
- Subjects
FORMULA One automobiles ,AUTOMOBILE sales & prices ,PRICES ,NEW product development ,FOAM - Abstract
Simoniz has released a new Snow Foam product for cleaning cars that has a Juicy Watermelon fragrance. The foam can be diluted at different ratios depending on the level of dirt, with a stronger dilution being more effective. However, the foam's cleaning power is not as strong when heavily diluted. The Simoniz Snow Foam is priced at £13.16 for 2.5 liters, but a cheaper and more effective alternative is available from Halfords' Advanced HP range. In addition to the Snow Foam, Scalextric has released new slot car models, including F1 cars, historic racers, modern-day race winners, road cars, and film favorites. [Extracted from the article]
- Published
- 2024
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