Aircraft Grade Materials

Gryphon Dynamics’ 70mm booms and connectors are manufactured in-house using high-quality aircraft grade materials. By manufacturing in-house instead of purchasing from other companies, we used materials optimised for drones to produce a more durable product that can withstand heavy cargo.

Rigid Octagonal Hyper Boom

Gryphon Dynamics’ unique octagonal boom design is more resistant to bending than a regular circular boom. The frame is made of high-strength CFRP (reinforced carbon fibre), adding extra durability, but is also very light, only weighing about 16g per inch. In addition, aircraft grade aluminium (AL7075) is used for the connectors, which is very light and strong.

The size of the aircraft is large enough to lift heavy cargo, but the folding structure has been adopted to make it easier for transportation and storage. Allowing for easy unfolding for a fight and folding for storage.

Folding Arms

The folding and unfolding process is very quick, so you can make your drone ready to fly in less than 5 minutes. A lock knob system was adopted for the hinge area, which otherwise could be vulnerable to vibration during flight, these lock knobs minimise the vibration on both sides of the hinge, making the arms rigid once assembled.

Dimensions

Unfolded Size: 2429mm X 2429mm X 1127mm 
Folded Size: 1170mm x 919mm x 1127mm

Battery Canister System

Introducing Gryphon Dynamics’ battery canister system which protects the batteries from the external environment and are especially effective in winter.

Each battery container contains a 45.6V, 32A lithium-polymer battery. The battery container has a one-touch lever, allowing the batteries to be easily attached and detached along the rail. Additionally, there is an external balance port, so you can easily check the voltage per cell of the battery.

The GD-125XU airframe has 8 rails for battery canisters depending on desired specifications, 8 or 10 battery containers can be installed.

Propulsion System

The coaxial (X8) propulsion system has two motors mounted up and down on each arm. This type of propulsion system can generate higher thrust relative to the frame size. Also, this system prevents and acts as a failsafe as it helps the drone land safely by using the thrust of the opposite motor on the boom arm should one motor fail.

Propulsion:  Coaxial
Motor power:  16kW/motor
Propellers:   40 * 13.1 (diameter * pitch, inch)
ESC's: 200A ESC

Specifications

Performance

1000m (AGL) max

Dimensions

Weights

Typical Propulsion

Flight Times