1560g Winch · Lightweight 1.56kg Drone Winch for Precision Lowering & Quick-Release

Compact power, precise control

The 1560g winch (1.56kg net weight) is engineered for professional UAV and field operations where payload limits, precision control, and system reliability are critical. It delivers controlled lowering, stable retrieval, and flexible integration in a compact, low-profile design.

This winch is purpose-built for aerial inspection, payload deployment and recovery, light-duty rescue kits, and mobile ground-based systems that require reliable lowering capability without adding unnecessary weight.

Key advantages at a glance

• ·  Weight: 1560g (1.56 kg), optimized for strict drone payload budgets

• ·  Payload capability: Designed for safe precision lowering of operational payloads commonly used in inspection, delivery, and field missions

• ·  Control options: SBUS, PWM, independent remote control, and ground station integration

• ·  Mounting: Low-profile mounting structure with multiple installation patterns

• ·  Release system: Integrated quick-release for immediate payload detachment

• ·  Applications: Aerial inspection, telecom and powerline operations, emergency delivery, research deployment, and field development tasks

Product overview

This compact 1560g drone winch is developed for professional users who need predictable, repeatable lowering performance in demanding environments. The mechanical structure, drive system, and control electronics are designed to operate smoothly under variable loads while maintaining precise positioning.

Core design elements include:

• ·  High-efficiency brushless motor with planetary gearbox

• ·  Encoder-based feedback for accurate line positioning

• ·  Integrated braking mechanism for controlled hold and descent

• ·  Kevlar-core tether with protective outer sheath

• ·  Rugged housing suitable for outdoor and field use

The result is a lightweight winch that maintains consistent performance during extended operations and frequent deployment cycles.

Technical specifications

• ·  Net weight: 1560 g (1.56 kg)

• ·  Dimensions (L × W × H): Approx. 204 × 153 × 125 mm

• ·  Recommended operational payload: Configurable based on mission profile and aircraft capability

• ·  Tether: Kevlar core, standard length 25 m, custom lengths supported

• ·  Motor type: Brushless DC motor with integrated encoder

• ·  Operating speed: Software adjustable for precision lowering or fast retrieval

• ·  Control interfaces: SBUS, PWM, UART for system integration, independent RC control

• ·  Power input: 12–28 V DC

• ·  Mounting options: Low-profile plate, quick-release sub-plate, custom mounts available

• ·  Safety functions: Overload protection, electronic braking, manual emergency release

Features aligned with real-world use

• ·  1560g drone winch / 1.56kg winch: Balanced for platforms where every gram matters

• ·  Lightweight 1.56kg payload winch: Minimizes impact on flight endurance and stability

• ·  Compact 1560g winch for aerial inspection: Fits under fuselage or payload bays without aerodynamic penalty

• ·  1560g winch with quick-release capability: Enables rapid drop or emergency detachment

• ·  Best 1.56kg winch for precision lowering: Encoder control supports accurate vertical placement

• ·  Portable 1560g winch for field operations: Quick installation and simple operation for single-operator use

• ·  Winch weighing 1560g with low-profile mount: Clean integration on drones and ground rigs

• ·  1560g SBUS winch: Direct SBUS input for integration with standard flight controllers

• ·  1560g remote control winch: Operable via standalone RC link for manual missions

• ·  1.56kg ground station development winch: Supports development workflows and automated mission testing

Application scenarios

Aerial inspection: Lower cameras, probes, or sensors into confined or elevated locations without landing. Controlled descent reduces swing and improves inspection accuracy.

Delivery and retrieval missions: Deploy or recover payloads where landing is unsafe or impossible, such as rooftops, offshore platforms, or uneven terrain.

Search and rescue support: Deliver emergency supplies or communication devices with controlled lowering and instant release capability.

Field development and research: Used as a 1.56kg ground station development winch for testing automated lowering routines, telemetry monitoring, and system validation.

Integration and development support

The winch is designed to integrate easily into both flight control systems and ground-based development environments. Developers can implement:

• ·  Adjustable lowering profiles

• ·  Load and status telemetry feedback

• ·  Automated release sequences

• ·  Hybrid manual/automatic control workflows

This makes the winch suitable not only for operational use, but also for prototyping, testing, and system development projects.

Safety and operational reliability

• ·  Electronic overload detection to protect aircraft and payload

• ·  Mechanical braking system to hold payload position on signal loss

• ·  Manual emergency release for field safety

• ·  Stable line control to minimize oscillation during descent

Operational safety is enhanced through predictable behavior, consistent torque output, and controlled speed management during lowering and retrieval.

Why choose a 1560g lightweight winch

Compared to heavier industrial winches, this 1560g lightweight winch offers a more practical balance between capability and mass. It is ideal for enterprises that need precision and reliability without sacrificing mobility, endurance, or ease of integration.

Frequently asked questions

Can this winch be installed on different drone platforms?
Yes. Multiple mounting options are available, and custom mounting solutions can be provided to match different airframes and payload interfaces.

How accurate is the lowering control?
Encoder-based feedback and closed-loop control allow fine positioning during descent, suitable for precision placement tasks.

Does it support both SBUS and remote control?
Yes. The winch can operate via SBUS, PWM, or an independent remote control system.

Is ground station software required?
No. The winch operates independently, but ground station integration is available for automation and development use.

Contact us to receive a recommended configuration or quotation based on your application and payload requirements.