Turn every test run into engineering data.
Introducing the new STEM Racing Telemetry Module
Bring practical data acquisition and performance analysis into STEM Racing.
Designed specifically to fit inside a STEM Racing car, the new Telemetry Module captures detailed performance data during test runs - helping students measure, analyse and understand how their car is really performing.
Design. Analyse. Make. Test. Race.
Telemetry Module
Don't just test it. Measure it.
Testing is an essential part of the STEM Racing engineering process. Now students can go beyond simply seeing which car is faster.
The STEM Racing Telemetry Module captures performance data throughout a test run, giving students the information they need to investigate what happened, compare results and understand the impact of changes to their car.
Students can:
- Measure vehicle acceleration
- Record performance data throughout a run
- Compare different test runs
- Analyse the effects of design changes
- Make evidence-based engineering decisions
- Use data to optimise their car before competition
It turns testing into a genuine engineering learning experience.
Design. Analyse. Make. Test. Race.Test.
STEM Racing already challenges students to design, manufacture, test and race their own miniature racing car.
Telemetry adds another dimension: data.
DESIGN → ANALYSE → MAKE → TEST → RACE
Make a change. Test the car. Review the data. Understand the difference. Then use the evidence to inform the next design decision.
Instead of simply asking:
“Which car was faster?”
students can start exploring:
“Why was it faster?”
That’s where testing becomes engineering.
Telemetry Module
Real data. Real Engineering.
Engineered specifically to capture the rapid acceleration and movement of STEM Racing cars, the compact Telemetry Module provides high-frequency motion data throughout a test run.
- 1000Hz - High-frequency data sampling at millisecond intervals.
- ±16G - Acceleration measurement range designed for high-speed launches and braking.
- ±1000°/sec - Track pitch, roll and yaw dynamics during a run.
- 11.8g -Compact, lightweight design for integration directly into a STEM Racing car.
Bring data acquisition into the classroom.
The STEM Racing Telemetry Module isn't just about making a faster car.
It introduces students to the way engineers use testing and data to understand performance, validate ideas and improve designs.
Students can gain practical experience of:
- Data acquisition
- Performance analysis
- Testing & validation
- Vehicle dynamics
- Design iteration
- Evidence-based decision making
It adds another layer of practical STEM learning to the STEM Racing programme and helps connect classroom engineering with the processes used in the real world.
Designed for teams and classrooms.
Whether you're looking to introduce telemetry to an individual STEM Racing team or incorporate data analysis across a classroom, there are options to suit different requirements.
- Individual Telemetry Module - Available on request for individual team requirements.
- 5 Module Pack - A practical option for schools running multiple STEM Racing teams.
- 10 Module Pack - Ideal for larger programmes, allowing multiple teams to test and analyse their cars.
Developed for STEM Racing.
The new Telemetry Module has been developed by Matrix specifically for STEM Racing and will be available through Denford.
It builds on the successful introduction of Matrix wind tunnel technology into the STEM Racing programme, adding another powerful engineering tool to the testing and development process.
Together, the technologies give students the opportunity to explore not only how their car is designed, but how it actually performs.
TELEMETRY MODULE
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