Feiyu GM-G4-QD - G4 Quick Dismantling 3-Axis Gimbal for The GoPro

Description

Compatible with GoProHERO 4/ 3+/ 3 (with optional mounting space for GoPro LCD BacPac) and other cameras with similar dimensions. The FeiYu-Tech G4 QD Camera Gimbal utilizes brushless motors to provide camera stabilization.All movements are being carefully analyzed and full-axis compensation is being made in real-time. The FeiYu-Tech G4 QD Camera Gimbal utilizes brushless motors to provide camera stabilization.All movements are being carefully analyzed and full-axis compensation is being made in real-time. Ease-of-use is the key to a successful user interface. A single-button control scheme presents an elegant way to switch between all operating modes while holding the gimbal in one hand. Ease-of-use is the key to a successful user interface. The FeiYu-Tech G4 QD Camera Gimbal utilizes brushless motors to provide camera stabilization.All movements are being carefully analyzed and full-axis compensation is being made in real-time. No matter how extreme your action may be, the FeiYu-Tech G4 QD has you covered. Compatible with GoProHERO 4/ 3+/ 3 (with optional mounting space for GoPro LCD BacPac) and other cameras with similar dimensions. Ease-of-use is the key to a successful user interface. A single-button control scheme presents an elegant way to switch between all operating modes while holding the gimbal in one hand. No matter how extreme your action may be, the FeiYu-Tech G4 QD has you covered.

Key Features

• Ease-of-use is the key to a successful user interface.
• No matter how extreme your action may be, the FeiYu-Tech G4 QD has you covered.
• Compatible with GoProHERO 4/ 3+/ 3 (with optional mounting space for GoPro LCD BacPac) and other cameras with similar dimensions.
• A single-button control scheme presents an elegant way to switch between all operating modes while holding the gimbal in one hand.
• The FeiYu-Tech G4 QD Camera Gimbal utilizes brushless motors to provide camera stabilization.All movements are being carefully analyzed and full-axis compensation is being made in real-time.