Team Powers R-DS1305LW-V3PG High-Precision Low Profile Coreless Servo  [TPR-DS1305LW-V3PG]

Team Powers Digital Coreless Servo V3- (Support SSR Mode & Programmable, Low Profile & Light Weight Plastic Casing)(TPR-DS1305LW-V3PG)
Price:
£64.24
Brand:
Team Powers
Model:
TPR-DS1305LW-V3PG
Condition:
Brand New
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High precision performance with Team Powers R-DS1305LW-V3PG

The Team Powers R-DS1305LW-V3PG is a digital coreless servo aimed at enthusiasts who need accurate, repeatable actuation. The direct drive gearing gives efficient power transfer and fast response for competitive driving.

Adjustable parameters and robust gearset

This servo supports SSR mode and offers programmability to refine maximum power band, turn boost, and response level. You will need the optional servo program card to access these settings, and the internal gear train uses a combination of titanium and steel for durability.

Slim form factor with reliable materials

Weighing around 42 grams, the compact plastic casing allows easy installation in limited spaces while retaining structural strength. The titanium metal gears are intended to provide long service life under demanding use.

Specifications

  • Voltage Range: 4.8V~8.4V
  • Gear Material: Titanium metal
  • Weight: ~42g
  • Dimensions: 41mm (L) x 26.5mm (W) x 20mm (H)
  • Stall Torque: 10kg-cm @6V, 13kg-cm @7.4V, 15kg-cm @8.4V
  • Operating Speed: 0.065 sec/60°@6V, 0.055 sec/60°@7.4V, 0.05 sec/60°@8.4V

Suited to drivers who want compact, metal-geared reliability, this servo is a solid fit for upgraded steering or throttle setups.

Operate the servo within the specified 4.8V to 8.4V range; higher voltages give more torque and speed but ensure your setup tolerates the increased load.
Basic inspection and removal of debris is straightforward, but replacing internal gears may require partial disassembly and careful handling to retain alignment.
Yes, upgrading to a responsive, metal-geared servo like this can tighten steering precision and consistency, particularly during aggressive cornering and repeated inputs.

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