KEEL Quadcopter Drone Frame

Name: ZHTAERO KEEL Quadcopter Drone Frame
Brand: ZHTAERO

The ZHT KEEL Quadcopter Drone Frame is a 32-inch carbon fiber frame with modular construction, a dragon claw quick-release structure and generous bottom payload space. Weighing 2.31 kg, it combines reinforced carbon fiber and aviation aluminum with a K63E power module and support for quickly replaceable external batteries.

ZHTAERODrone frame

Get a free quote

Request a sample Shipping with batteries

Product overview

The ZHT KEEL Quadcopter Drone Frame provides a modular structure for quadcopter builds using 32-inch propellers. Its 2.31 kg frame measures 932 × 942 × 540 mm (L × W × H) and combines carbon fiber composite materials with aviation aluminum. Multilayer cross-stacked carbon fiber reinforces the arms, center cabin and other areas where stress concentrates. The dragon claw quick-release structure allows one person to carry and deploy the frame, while the spacious underside accommodates payload equipment.

KEEL incorporates a self-developed K63E power module with an ESC installation position. Its six integrated functions cover power, voltage step-down, ESC signal, analog current measurement, optocoupler control and LED lighting. Reserved openings support power and USB interfaces, cable routing and expansion. The recommended power system is the specifically designed ZHT T10. An XT90 power connector and support for 14S 28Ah–42Ah batteries accompany a symmetrical dual-bay arrangement that allows external batteries to be replaced quickly.

Propellers & airframes

Specifications

KEEL Quadcopter Drone Frame specifications
Specification	Value & conditions
Product	ZHT KEEL Quadcopter Drone Frame, a 32-inch ultralight carbon fiber frame.
Frame weight	2.31 kg
Frame dimensions	932 × 942 × 540 mm (L × W × H)
Propeller size	32 inch
Recommended power system	ZHT T10, specifically designed.
Power supply	14S 28Ah–42Ah
Power connector	XT90
Modular quick-release structure	Modular design with an original dragon claw quick-release structure for carrying and deployment by one person.
Construction materials	Carbon fiber composite materials and aviation aluminum.
Reinforced structural areas	Arms, center cabin and other stress-concentrated areas use multilayer cross-stacked carbon fiber for strength and stiffness in each direction.
Reserved interface openings	Reserved openings for a power interface, USB interface, cable routing and an expansion port.
Bottom payload space	Larger bottom payload space compared with traditional drones.
Power module	Self-developed K63E power module with an ESC installation position.
Integrated power-module functions	Six integrated functions: power module, step-down module, ESC signal, analog ammeter, optocoupler control and LED light.
Battery configuration	Supports a symmetrical dual-bay configuration with quickly replaceable external batteries.Compatible with 14S 28Ah–42Ah batteries.