Support for
RoboMaster TT

2cm.

1.2 m (indoors with white wall).

The Extension Board allows you to experience DIY flight by connecting third-party modules to the corresponding port, achieving a further expansion of functions. For example, connect the flame sensor to the aircraft through the extension board, and then the aircraft will make a corresponding alarm when the flame is detected.

If an update fails, reconnect your RoboMaster TT to the app and try again. The Open-Source Controller firmware needs to be updated with RM Assistant.

Remove the Expansion Kit from the RoboMaster TT and restart the aircraft, then use the Tello app to update the firmware. Updating via the Assistant software is temporarily not supported.
RM Assistant under DJI Education Hub is required when updating the RoboMaster TT Open-Source Controller.

Both apps are compatible with RoboMaster TT aircraft.
The Tello app is for experiencing the excitement of flight and aerial photography.
The Tello EDU app is focused on programming.
One app should be completely turned off before using the other. The RoboMaster TT should also be restarted when switching between apps.

Although most of the app’s functions are free, the Tello EDU app also has games, which include some levels that require payment.

The Tello EDU app is provided by Wistron (Shanghai) Ltd. Should you have any questions about the app, please contact Wistron by dialing +86-21-64952384 or sending an email to stem_wsh@wistron.com. Thank you for your understanding.

MindPlus Contact Information:
Mainland China: Email: MindPlus@dfrobot.com Phone: +86 (0)21 61620183 to 621/625
Overseas: Email: MindPlus@dfrobot.com
Office Hours: Monday to Friday, 9:00 to 18:00 (Beijing Time GMT+8:00)

The RoboMaster TT is currently compatible with the customized Gamesir T1D.

The RoboMaster TT supports multiple programming languages, including Scratch, Python, MicroPython, Arduino, and plaintext SDK.

Aircraft Dimensions (Excluding Expansion Kit): 98 x 92.5 x 41 mm; Weight (Battery, Propellers, and Propeller Guard Included): 87g
Expansion Kit Dimensions: 49.5 x 32 x 15.2mm
(Open-Source Controller): 35.3 x 31.5 x 8.6mm
(Dot-Matrix Display & Distance-Sensing Module) Weigh (Including Open-Source Controller and Dot-Matrix Display & Distance-Sensing Module): 12.5g

[For Internal Use Only] Weight: Open-Source Controller: 9g; Dot-Matrix Display & Distance-Sensing Module: 3.5g; Extension Board: 1.3g; Extension Board with 7 pins soldered: 1.8g

You can control the RoboMaster TT directly via the Tello app/Tello EDU app/Mind+, with a supported Bluetooth remote controller connected to the app, or through the SDK.

The RoboMaster TT can perform 8D Flips, fly up and down from your hand in Bounce mode, or automatically record short videos with EZ Shots.

Yes, The RoboMaster TT is safe to fly indoors. The RoboMaster TT can also fly outdoors, but it is only recommended to do so in windless conditions.

No.

Mounted with the Open-Source Controller and connected via Wi-Fi, the RoboMaster TT's maximum flight range is approximately 100 m, but that range may vary according to your environment. When connecting the aircraft via a Bluetooth remote controller (without using the app), the maximum flight range is 15 m.

You can replace the propellers by detaching the old ones and mounting new ones using the tool included in the product packaging.

RoboMaster TT's propellers and motor casings are marked for differentiation. CW and CCW propellers must only be attached to CW and CCW motors, respectively. CCW propellers have notches near where they attach to the motors, and CCW motor casings are also marked with notches. CW propellers and motors both do not have notches. For more details, refer to the user manual.

The RoboMaster TT has one IMU and one barometer. There is no compass or GPS inside the aircraft.

The aircraft height limit is 30 m, and it can be set in the app with a range from 2 to 30 m.

Due to the limited carrying capacity of the RoboMaster TT aircraft propulsion system, the aircraft may stop when fully outputting power for a long time. We do not recommend loading heavy accessories onto the aircraft.
Theoretically, the RoboMaster TT aircraft (excluding the Expansion Kit) can bear a payload of about 20 grams, but the payload available in actual use is less than 20 grams. Increasing the aircraft payload will affect the aircraft's center of gravity and flight, which may cause a crash.

No. Photos and videos captured through the Tello app can be stored directly to the mobile device.

The maximum takeoff altitude is 1,000 meters. At higher altitudes, the performance of the battery and propulsion system will decrease due to environmental factors, and the flight performance will be affected.

You can either charge one battery via the Micro USB port on the aircraft or use the battery charging hub to charge three batteries in sequence.

No. If you do so, you may lose the photos or video taken during your last flight.

Yes. Connect the USB charger to charge when the aircraft is powered off, and it cannot be charged when being powered on.

If you do not use the battery for more than 10 days, discharge the battery level to 30%-60% and then store it, which can extend the battery life.

The Battery Charging Hub will charge the battery in sequence according to battery power levels from high to low.

The RoboMaster TT aircraft without the Expansion Kit has a maximum flight time of 13 minutes, measured at a constant speed at sea level without wind.
When the RoboMaster TT aircraft is equipped with Expansion Kits (Open-Source Controller and Dot-Matrix Display & Distance Sensing Module), the maximum flight time is 8 minutes, which is measured when flying at a constant speed at sea level without wind.

The battery cannot be updated, and the battery will not be updated during aircraft firmware updates.