1 / 4Sold out · Ask us about restocking
Not available to order right now.
The HSKRC QAV250 V3 is a racing drone chassis designed for FPV operations and aerial recording, built from carbon fiber with protective dampers. The page says it is lightweight and aerodynamically efficient with superior stability and flight performance.
It has a 250 mm wheelbase and supports 5-inch motors, anodised alloy spacers and multiple motor mounting holes for a variety of motors, and a vibration-free mounting bracket for the FPV camera. The page mentions 3 mm thick arms in the description and 3/4 mm arm variants in the title. At the time of the check the page showed it as sold out at Rs 1,022 (SKU TIFQC0062). It lists no package contents.
Carbon fiber racing chassis: for FPV and aerial recording.
250 mm wheelbase: 5 inch motor support.
Anodised alloy spacers: and multiple motor mounting holes.
Vibration-free FPV camera bracket: as listed.
Spacious main frame: for cameras and accessories.
3 mm and 4 mm arm variants: as named in the title.
A drone frame is the skeleton that holds everything together: the arms carry the motors, the plates carry the flight controller, ESCs, battery and camera, and the whole structure must be stiff enough that vibration does not reach the gyro. Carbon fibre is the standard material because it is light and very rigid. The wheelbase, measured motor to motor across the diagonal, sets the size of propeller the frame can carry, and the arm thickness sets how well it survives crashes.
Match the frame to your parts. Check the motor mounting pattern, the flight controller and ESC stack hole spacing, the camera width, the video system you want to fly and the largest propeller the arms allow. TPU parts such as arm guards, antenna mounts and camera mounts are printed in a flexible plastic so they absorb impact. The battery strap and anti-slip pad keep the pack from moving under G-force.
Build carefully. Use thread-locking compound on the metal screws that are not in a plastic nut, keep the screw lengths from the hardware bag matched to the holes they belong in, and do not over-tighten screws into carbon fibre. Route motor wires away from sharp plate edges, mount the flight controller on soft grommets when the frame supports it, and check that nothing rubs a propeller before the first flight. After a crash, inspect the arms for cracks and replace any that are damaged.
Plan the balance of the build. A heavier battery moves the centre of gravity, so place it where the frame is designed to carry it, and keep the antenna, GPS and camera clear of the carbon plates where possible because carbon blocks radio signals.
FPV racing
Aerial recording
5 inch builds
QAV250-class quads
DIY builds
The arm thickness is described as 3 mm in the text and 3/4 mm in the title, so confirm which variant you receive.
The catalog lists recommended motors of 1806, 2204 and 2206.
Wheelbase: 250 mm
Size class: 5 inch
Material: carbon fiber
Arms: 3 mm (description); 3/4 mm variants (title)
Spacers: anodised alloy
Camera bracket: vibration-free
1 x HSKRC QAV250 V3 frame kit
Racing builders who want a classic 250 mm carbon frame.
250 mm.
5 inch.
3 mm in the description, with 3/4 mm variants in the title.
The page showed it as sold out.
| Brand | HSKRC |
|---|---|
| Arm Thickness | 4.000000 mm |
| Compatible Propeller Size | 5.000000 in |
| Material | carbon fiber |
| Recommended Motor | 1806, 2204, 2206 |
| Wheelbase | 250.000000 mm |
| Selling unit | PCS |
