This red 3D‑printed aircraft stand is a desktop placement and thermal protection accessory designed for DJI Mavic series drones and other RC aircraft models. Its primary function is to provide stable support for the drone’s airframe after flight or during maintenance, while also ensuring effective heat dissipation, robust protection, and convenient portability.

• Stable Support and Scratch‑Resistant Protection: The stand’s square frame and four adjustable legs securely cradle the drone’s body, keeping the bottom sensors, cooling vents, and arm components off the desktop surface. This prevents scratches, dust accumulation, and the risk of short circuits caused by moisture on the desk. The integrated locking tabs on the top of the stand precisely secure the drone arms, preventing slippage or tipping during placement or handling—and safeguarding sensitive components like the gimbal camera and arm mechanisms.

• Efficient Heat Dissipation and Safety Assurance: The stand features a hollow, X‑shaped cross‑bracing design that maximizes the heat‑dissipating surface area beneath the drone’s airframe while maintaining structural integrity. After flight, the drone’s battery and motors remain at high temperatures; by elevating the underside of the airframe, the stand promotes airflow and rapidly expels residual heat, mitigating the risk of battery swelling or electronic component damage due to overheating. At the same time, the stand’s raised feet isolate the drone’s body from direct contact with the desktop, enhancing user safety by preventing hot surfaces from touching the surface below.

• Portability and Versatile Application: Compact in size and lightweight in weight, the stand easily fits into a drone storage bag, making it simple to carry to any flying location. Whether used for desktop placement, post‑flight cooling, or gimbal maintenance, the stand delivers reliable support, boosting both operational convenience and safety. Its design is compatible with the arm spacing of mainstream drones such as the DJI Mavic series, offering broad adaptability.

• Structural Strength and Durability: The stand is printed using high‑strength PETG material, with an X‑shaped cross‑bracing structure that delivers exceptional rigidity and torsional resistance—allowing it to bear the drone’s weight without deforming. Meanwhile, PETG’s high toughness and abrasion resistance ensure the stand can withstand long‑term use and frequent placement operations, remaining resilient and free from damage over time.