Walkera HM59#DQ-BRUSHLESS 6CH Metal Frame 3D Helicopter RTF  [HM59#DQ-BRUSHLESS]

WALKERA 59DQ 6CH Double Brushless Metal Upgrade Helicopter RTF - 2.4GHz
Price:
AUD$445.62
Brand:
Walkera
Model:
HM59#DQ-BRUSHLESS
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Walkera Double Brushless Platform for Advanced Flyers

For pilots chasing precise aerobatics, the Walkera HM59#DQ-BRUSHLESS provides the hardware and control systems needed. Twin brushless motors and metal structural parts deliver a sturdy platform for aggressive 3D routines.

Precise Control with CCPM and Collective Pitch

The CCPM mixing combined with collective pitch gives direct stick authority and predictable responses. That control layout is ideal for complex maneuvers where smooth transitions and throttle management matter.

Stability from Metal Components

Metal reinforcement across the main frame and tail keeps flex to a minimum, improving consistency across flights. Access to servos and mounts is designed to make routine servicing and part swaps efficient.

Thrust, Battery Specs and Radio System

Dual brushless motors supply ample thrust for demanding flight profiles. The 11.1V 1500mAh Li-Po battery typically yields about 6 to 8 minutes of flying. The 2.4G transmitter and receiver setup helps maintain a stable link with low interference.

Specifications

  • Main Rotor Diameter: 630 mm
  • Tail Rotor Diameter: 136 mm
  • Overall Length: 650 mm
  • All-up Weight: 643 g (Battery included)
  • Battery: 11.1V 1500mAh Li-Po
  • ESC: WK-WST-30A
  • Receiver: RX-2606
  • Transmitter: WK-2601

The Walkera HM59#DQ-BRUSHLESS is a robust choice for seasoned hobbyists who want to refine 3D skills on a reliable, upgrade-friendly airframe.

The model comes as an RTF package with transmitter and receiver included, requiring basic setup checks such as trims and battery charge before the first hover.
Typical flight time is around 6 to 8 minutes with the supplied 11.1V 1500mAh pack, varying with throttle usage and maneuver intensity.
Upgrading motors or ESCs is possible for riders seeking more power, but confirm physical fit, ESC compatibility and adequate power delivery to avoid electrical issues.
Fine tune collective endpoints, rotor head geometry and gyro settings. Small trim adjustments combined with gentle throttle mapping usually yield smooth hover behavior.

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