BGC2.2 MOS 3.1 2 Axis Brushless Gimbal Control Panel Large Current

Name: BGC2.2 MOS 3.1 2 Axis Brushless Gimbal Control Panel Large Current
SKU: C1688-740988001406
Availability: InStock

$24.78

Shipping: Orders are processed within 3 business days. Delivery time depends on item size and shipping method. Shipping cost is calculated at checkout based on volumetric weight and destination. Shipping Policy

Returns: Eligible returns are accepted within 30 days after delivery. Non-defective returns may be subject to a USD 20 return label fee and a USD 20 restocking fee. Approved refunds are processed within 7 days after inspection. Return & Refund Policy

Brand notice: FPVBay is an independent seller. Brand names, product names, model names, and OEM references are used only for identification or compatibility purposes and do not imply affiliation or endorsement unless explicitly stated otherwise.

695 in stock

Description

Key Selling Points

High performance BGC2.2 MOS 3.1 2-Axis brushless gimbal control board.
Designed for large current applications offering stable power delivery.
Integrated sensor for enhanced stabilization and precise camera control.
Easy to integrate with existing brushless gimbal systems for FPV setups.
Durable PVC material construction ensures reliability and longevity.

Technical Specifications

Model	BGC2.2 MOS 3.1
Axes	2-Axis
Current Capacity	Large Current
Sensor	Included
Material	PVC
Part Number	PYT001

FAQ Q&A

Q: What gimbals are compatible with this BGC2.2 control panel?

A: This control panel is designed for 2-axis brushless gimbals requiring large current handling, ensuring stable performance for various camera setups.

Q: Does this control board come with a sensor for stabilization?

A: Yes, the BGC2.2 MOS 3.1 control panel includes an integrated sensor for improved stabilization and precise camera movements.

Q: What is the primary use case for this brushless head control board?

A: It is primarily used to control 2-axis brushless gimbals in FPV drones or other aerial platforms, providing smooth and stable camera footage.