AGF-RC B13DLM V2 0.10 - 4.5kg

AGF-RC-B13DLM-V2

AGF-RC

  • £20.00


AGF-RC B13DLM V2 17g 4.5KG Upgraded HV Aluminium Case Titanium Gear Micro Digital Servo for 1/14 1/18 1/24 RC Cars RC Planes.



The B13DLM V2 micro servo is an upgraded version of the B13DLM servo. Compared with the previous version, the new version B13DLM V2 has been upgraded in practicality.

First of all, based on the original servo, its operating voltage has been upgraded, and now it supports high-voltage operation from 6.0V to 8.4V. In addition, due to the increase in servo operating voltage, the servo torque and speed are also increased from 3.8 kg-cm (52.77 oz-in) @ 6.0V and 0.13sec/60° @ 6.0V to 4.5 kg-cm (63 oz-in) @ 8.4V and 0.10sec/60 ° @ 8.4V. Furthermore, the laser engraving on the surface of the B13DLM V2 servo has also been updated. You can clearly see from the laser engraving on the surface of the servo that the programmable icon has been added to B13DLM V2, indicating that this micro steering servo can be accessed through The AGF-SPV3 programming card performs basic programming, such as angle, speed, servo neutral, midpoint inversion, Sanwa SSR mode, etc. The new version will bring you more fun to play the car.



Feature

  • High Performance Digital servo
  • High Precision Metal Gears
  • High Quality Brushed Motor
  • Upgraded High Voltage Version
  • Programmable Digital Circuit
  • Ideal for 1/14, 1/18 Revo, 1/24 Scale Crawler, Airplane, 450 Size Helicopter etc.

Specification

  • Model Name: B13DLM V2
  • Operating Voltage: 4.8-8.4 V
  • Operating speed: 0.15sec/60° @ 4.8V
  • Operating speed: 0.13sec/60° @ 6.0V
  • Operating speed: 0.11sec/60° @ 7.4V
  • Operating speed: 0.10sec/60° @ 8.4V
  • Stall Torque: 3.0 kg-cm (41.66 oz-in) @ 4.8V
  • Stall Torque: 3.8 kg-cm (52.77 oz-in) @ 6.0V
  • Stall Torque: 4.2 kg-cm (58 oz-in) @ 7.4V
  • Stall Torque: 4.5 kg-cm (63 oz-in) @ 8.4V
  • Motor type: DC
  • Gear type: Titanium
  • Size: 22.8*12*29.4mm (0.89 x 0.47 x 1.15 in)
  • Weight: 16g
  • Connector Wire: JR 180mm / 26AWG

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