RC Car Winch Professional Aluminium Alloy, High Simulation RC Dual Motor Winch for Traxxas Hsp, 10KG Pulling Force with Ultra - Soft Cable, Perfect Replacement for RC (Black)

• PREMIUM MATERIAL: The RC car winch is crafted from high-quality aluminium alloy, ensuring exceptional durability and resistance to wear, corrosion, and damage. Its robust construction guarantees a long service life, making it a reliable choice for intense RC car adventures.
• SUPERIOR PERFORMANCE: Equipped with a dual motor drive and ultra-soft cable, this RC model winch delivers stable and powerful performance. Whether you're tackling rough terrains or rescuing stuck RC vehicles, it provides the strength and reliability you need.
• PRACTICAL TO USE: Designed for real-world applications, this RC car dual motor winch is perfect for towing objects stuck in mud or other RC vehicles. Its versatility makes it an essential tool for any RC enthusiast looking to enhance their car's functionality.
• FINE CRAFTSMANSHIP: Meticulously designed to simulate the performance of a real car winch, this RC dual motor winch combines aesthetics with functionality. Its high simulation design adds a realistic touch to your RC car setup.
• PERFECT REPLACEMENT: This RC winch is an ideal replacement for old or damaged parts, helping to improve your RC car's overall performance. Compatible with Traxxas, Hsp, , , and more, it’s a must-have upgrade for any RC car enthusiast.

Item Type: RC Car Winch Material: Aluminium Alloy Size: Approx. 84x36x27mm / 3.31x1.42x1.06in Mounting Hole Spacing: Approx. 50x14mm / 1.97x0.55in Steel Wire Rope: Approx. 1m/3.3ft Wire Length: Approx. 270mm/10.63in (Without Plug) Maximum Pulling Gorce: 10KG/22.0lb Input Voltage: 6-8.4V Suitable for Traxxas, for Hsp, for , for , for Axial scx10 D90, for Hpi brand installations. Package List： 1 x RC Car Winch Note: 1. Due to manual measurement, please allow 1‑3mm/0.04‑0.12in error. Thank you! 2. Monitor calibration is inconsistent and the colour of the item shown in the photo may differ slightly from the actual object.