PULUZ 35cm carbon fibre extension pole for gimbal

This carbon fibre extension rod from PULUZ adds reach and stability for gimbals and cameras when you need a higher shooting angle or more flexible handling. At 35 cm long, it offers extra height for low or elevated shots and combines a lightweight core with durable aluminium components for easier handheld and tripod-mounted use.

Key Points

The extension rod is made of carbon fibre and aluminium alloy, keeping weight low while retaining strength. The handle surface has been treated for a secure, comfortable grip during extended use. It includes a 1/4 inch screw at the base that fits most tripods and stands, allowing quick conversion between monopod and tripod-mounted setups. According to the manufacturer, the rod is compatible with DJI RS 4, RS 4 Pro, RS 3 Pro, RS 3, RS 2, RSC 2, Ronin S and a range of gimbals from Feiyu and Zhiyun, which makes it a versatile accessory for stabiliser users. 🎥

Technical Specifications

• Name: PULUZ 35cm extension rod
• Length: 35 cm
• Material: Carbon fibre tube with aluminium alloy fittings
• Base thread: 1/4 inch (0.63 cm) screw
• Compatibility: DJI RS/RSC/Ronin series, Feiyu, Zhiyun and similar gimbals

Usage Recommendations

Use the rod to increase ground clearance for low-angle shots or to gain height without changing your tripod. The 1/4 inch base thread makes it easy to mount on standard tripods or quick-release plates, and the treated handle helps maintain grip during dynamic moves. When balancing a camera on a gimbal with the extension attached, check balance carefully as adding length can shift the centre of gravity and may require re-tuning of motor strength.

Positive Aspects

The combination of carbon fibre and aluminium achieves a practical balance between lightness and rigidity, which benefits long shoots where carrying weight matters. Its straightforward 1/4 inch mounting means compatibility with a broad range of accessories and supports, adding flexibility to existing kits. Consider that very heavy camera and lens combinations may reduce the stability advantage of the rod and could require heavier-duty support or counterweight adjustments, according to the manufacturer. ⚙️