4 layers46 × 36.5 mm
TundraIOExpansion
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
89 parts29MIT
Open-source KiCad boards
9 match “ras-marques”Printed circuit boards designed in KiCad and published on GitHub, each with its parts, layers and size, its README and its files; open any of them in PCBKit.
- 4 layers6.7 × 13.4 mm
BMI160-and QMC5883L Second Bone
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
14 parts29MIT - 2 layers5 × 8.1 mm
BMI270-and QMC5883L
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
12 parts29MIT - 4 layers8.1 × 8.8 mm
BNO085 0x4A Board
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
12 parts29MIT - 4 layers7 × 10.1 mm
ICM-20948 First Bone
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
14 parts29MIT - 4 layers4.4 × 6.6 mm
ICM-20948 I2C 1V8 levels
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
7 parts29MIT - 4 layers7.3 × 12.7 mm
Multi imu
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
8 parts29MIT - 4 layers46 × 36.5 mm
TundraIOExpansion
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
59 parts29MIT - 4 layers46 × 36.5 mm
TundraIOExpansion
ras-marques/ImmersiveGloves
I want to share how I am making vr gloves using 2 Tundra Trackers, 2 interface boards and 12 inertial sensors.
58 parts29MIT