Engino® MAKERSPACE DIY: Pull-back race car
The MAKERSPACER DIY Line uses advanced mathematical design with simple to use laser cut wooden parts to create a fun and easy to use design experience. Accompanying the series is a detailed theory book. This resource extends beyond simple assembly instructions to offer a deep dive into the models’ technical and scientific principles. It’s packed with enjoyable activities that align with the series’ themes, fostering key 21st-century skills. Through this comprehensive approach, ENGINO® aims to deliver an educational experience that is both enriching and transformative, equipping learners with the tools they need to succeed in a rapidly evolving world. The laser-cut wooden surfaces are connected in stacked formation to create a solid-looking car. The finished car is 19 cm long and 6.5 cm tall. When the build is complete, the pull back motor allows the car to accelerate forward. This makes a useful tool for studying motion.
Suggested for a group of 2 - 3 students.
- Includes a manual with instructions and background
- Online step by step building guide
- Includes a paint set
- Working Model
The MAKERSPACER DIY Line uses advanced mathematical design with simple to use laser cut wooden parts to create a fun and easy to use design experience. Accompanying the series is a detailed theory book. This resource extends beyond simple assembly instructions to offer a deep dive into the models’ technical and scientific principles. It’s packed with enjoyable activities that align with the series’ themes, fostering key 21st-century skills. Through this comprehensive approach, ENGINO® aims to deliver an educational experience that is both enriching and transformative, equipping learners with the tools they need to succeed in a rapidly evolving world. The laser-cut wooden surfaces are connected in stacked formation to create a solid-looking car. The finished car is 19 cm long and 6.5 cm tall. When the build is complete, the pull back motor allows the car to accelerate forward. This makes a useful tool for studying motion.
Suggested for a group of 2 - 3 students.