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These sensors are made to assess the absolute or relative pressure of diverse media, including air, water, and soil. Diesel, gasoline, water, transmission oil, and engine oil.
They are cutting-edge technology capable of withstanding strong vibration, extreme g-forces, and operating at high temperatures.
Engineers who can precisely control and monitor linear and rotational movements are in ever-greater demand in motorsport.
For usage in Formula 1, Formula 2, Formula E, INDYCAR, DTM, NASCAR, WRC, NHRA, MotoGP, BTCC, and numerous more racing championships, Active Sensors designs and produces position sensors. In a short amount of time, customer-specific sensors can be designed and produced.
The Global Motorsports Sensors market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Sentronics’ line of fuel flow sensors for motorsports, called FlowSonics, were created for applications in performance (engine development), race strategy (fuel management), and regulation (balancing of performance and power limitation).
To meet the full range of racing classifications, fuels, and budgets, three motorsport-specific versions are available.
The FlowSonic GT is made to provide accurate fuel flow monitoring for all kinds of vehicle engines.
For performance (optimising fuel use and strategy) and compliance for regulation (balancing performance and restricting peak engine power) racing applications, advanced ultrasonic sensor technology offers high accuracy flow rate monitoring.
FIA WEC and IMSA Sportscar Championships appropriate.
Sentronics’ FlowSonic line of ultrasonic fuel flow sensors is intended for motorsport applications that require both performance (optimising fuel use and strategy) and regulatory (balancing performance and regulating peak engine power) considerations. Important traits and advantages include:
Fast measurement rate for dynamic flows, High accuracy and repeatability, Extremely robust and vibration-tolerant, Compatible with a wide range of fuel types, Internal processing and diagnostics, Low operating and maintenance costs.
The Motorsports Sensors market has witnessed a flurry of partnership acquisitions over the past couple of years, as companies attempt to leverage their respective capabilities and resources in order to gain a competitive edge in the industry.
This has enabled companies to diversify their product offerings, expand their customer base and tap into new markets, while also providing them with access to cutting-edge technology.
One of the most notable partnership acquisitions in the Motorsports Sensors market was the collaboration between Bosch and McLaren Racing. The two companies signed a multi-year partnership, which saw Bosch supply McLaren with a range of advanced sensors for the team’s Formula 1 cars.
The partnership enabled McLaren to benefit from Bosch’s expertise in sensor technology, including its high-speed, high-precision sensors, as well as its advanced algorithms for data analysis and processing.
In addition, Bosch has used its partnership with McLaren to expand its portfolio of motorsports sensors. As part of the agreement, Bosch has developed a range of sensors specifically designed to increase the performance of Formula 1 cars.
These include an ultra-high-resolution speed sensor, an acceleration sensor, a gyroscope, a pressure sensor, and a temperature sensor. The sensors are integrated into the car’s powertrain, enabling the team to monitor and adjust the performance of the car in real-time.
In addition to the partnership between Bosch and McLaren, several other companies have also signed partnerships with motorsports teams in order to gain access to advanced sensor technology.
For example, TE Connectivity signed a multi-year partnership with Red Bull Racing to provide the team with a range of advanced sensors. The sensors are used to monitor the performance of the car’s powertrain and chassis, as well as to transmit data to the team for analysis.
Furthermore, Yokogawa signed a partnership with Toyota Gazoo Racing to supply the team with its advanced sensors. The sensors are used to monitor the performance of the team’s cars, as well as to transmit data to the team for analysis.
The partnership has enabled Toyota to benefit from Yokogawa’s expertise in sensor technology, as well as its advanced algorithms for data analysis and processing.
In addition to the partnerships mentioned above, several other companies have also signed partnerships with motorsports teams in order to gain access to advanced sensor technology.
For example, Analog Devices signed a multi-year partnership with Scuderia Ferrari to develop a range of advanced sensors. The sensors are used to monitor the performance of the team’s cars, as well as to transmit data to the team for analysis.
Overall, the partnership acquisitions in the Motorsports Sensors market have enabled companies to leverage their respective capabilities and resources in order to gain a competitive edge in the industry.
By signing partnerships with motorsports teams, companies have been able to gain access to advanced sensor technology, as well as develop their own range of sensors for use in motorsports. This has enabled companies to diversify their product offerings, expand their customer base and tap into new markets.
