Team Powers TPR-SP-BT ESC Bluetooth Controller  [TPR-SP-BT]

Team Powers Speed Control Bluetooth Device (TPR-SP-BT)
Price:
£17.42
Brand:
Team Powers
Model:
TPR-SP-BT
Condition:
Brand New
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Improve Handling with the Team Powers R-SP-BT

The Team Powers R-SP-BT is a compact accessory for hobbyists wanting cleaner control from their ESC. It focuses on making adjustments simple so you can achieve steadier throttle response and finer braking modulation.

Bluetooth Reach and Practical Use

The device advertises about a 10 meter Bluetooth range under ideal conditions, which is usually enough for pit-side tuning. Keep in mind obstacles and radio noise will reduce that distance, so verify range in your typical running environment.

Compact Build for Tight Installations

Measuring 25mm x 17mm x 9mm and weighing 4.2 grams, the R-SP-BT is designed to fit into cramped electronic bays without altering balance significantly. Its small dimensions suit a variety of chassis and layouts.

Voltage Range and Compatibility

Operating between 7.4V and 8.4V, the accessory supports standard two-cell setups common across the hobby. This helps ensure predictable behaviour across different battery and ESC combinations.

Specifications

  • Voltage: 7.4~8.4V
  • Bluetooth Range: ~10 meters (may vary with noise)
  • Dimensions: 25mm x 17mm x 9mm
  • Weight: 4.2g

The Team Powers R-SP-BT is a no-nonsense Bluetooth unit for RC tuners who want straightforward ESC adjustments with minimal weight penalty.

It is compatible with many ESCs, but you should check connector types and firmware requirements before installation to ensure full functionality.
Use double sided tape or a small bracket and secure wiring neatly to prevent movement; ensure it is not close to high heat sources like motor can vents.
Occasional firmware or app updates may be available; consult the supplier or app notes for update procedures and compatibility changes.
Pair in a clear area, keep the transmitter and phone antenna unobstructed, and avoid aligning the car near heavy metal barriers to maintain a steady link.

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