DJI O4 Pro TPU Camera & VTX Mount

Create a compact TPU DJI O4 Pro camera + transmitter module based closely on the attached reference images. Work in millimeters. This is a functional 3D-printing part, not a concept render. The attached images define the SHAPE and arrangement. Do not simplify the design into a generic rectangular box. The module must contain: a low rear cradle for the DJI O4 Pro transmitter, protective side walls around the transmitter, a front adjustable DJI O4 Pro camera holder, curved camera-angle adjustment slots, front camera bumper, integrated roof/visor above the camera, two rear slotted antenna tubes, one continuous structural floor joining the transmitter and camera sections, four short external rounded M2 mounting ears for attachment to another bracket. DJI O4 Pro transmitter design envelope: approximately 33.5 × 33.5 × 13.0 mm. Leave approximately 1.0–1.25 mm practical TPU clearance around the transmitter. Use approximately 2.0–2.5 mm floor thickness and 2.0–2.8 mm wall thickness. The transmitter must be mechanically mounted using real subtractive M2 through-holes. Use 2.20 mm diameter holes. Do not use cosmetic circles or blind pockets. The camera holder must follow the attached reference: two side walls, camera pivot, elongated curved adjustment slots, camera removable, adjustment screws accessible, TPU bumper extending slightly in front of the camera. Move the camera approximately 2–3 mm forward relative to the transmitter if needed for clearance. The camera roof must be physically connected to the side walls and must not float. Provide approximately 2–3 mm clearance above the camera through its adjustment range. Add two short cylindrical antenna tubes at the rear. Each tube must be open at the top and have a longitudinal slit facing inward toward the centerline. The transmitter section and camera section must share one continuous floor. Do not connect them only with thin rails. Add four short rounded external mounting ears, symmetrical left/right, with true 2.20 mm M2 through-holes. Keep the ears compact and strong for TPU printing. Do not add long flexible tabs. Keep the model compact and lightweight. Before finalizing, verify: transmitter fits, camera can rotate, roof does not collide with camera, transmitter screw holes are real through-holes, antenna tubes are connected to the body, floor is continuous, all four external M2 mounting ears are accessible, no floating geometry. Produce one editable CAD solid suitable for TPU printing and export to STEP and STL.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.