Lattice stick + Stand base Hand grip and desk stand for the GEPRC CineLog30 V3 with the DJI O4 Air Unit Pro

vp-fpv studio 2 parts · 8 files New release

What you get Full kit$9.90 Lattice stick + stand base · save $1.90 Stick only$6.90 Lattice grip v4, 30.9 g in PLA Base only$4.90 Stand base v4 with Ø20.6 pin and VP FPV lettering

$9.90 ~~$11.80~~ −16%

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The stick fastens to the O4's four M2 screws and becomes a hand grip. On the desk, its free end drops onto the base pin and the drone stands upright. Both parts print standing up, no supports, and the fit has already been tested in print.

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Will it fit your printer?

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Instant downloadSTL + pre-sliced Bambu Studio projects
Print-testedPin and collar checked on a P1S on Sep 21
Free new versionsEvery revision lands in your library

Assembled height: 193 mm
Base foot: Ø110 mm
Stick: 150 × Ø30
Pin · clearance: Ø20.6 · 0.4
PLA (stick + base): 30.9 + 46.8 g
Time on a P1S: 3h35 + 2h07

Overview

Fits your hand.
Stands on your desk.

The stick is a single part that fastens to the four M2 screws of the DJI O4 Air Unit Pro, underneath the CineLog30 V3. In your hand, the diamond knurl gives you grip; the mating face has a recess for the Allen head and 2 mm of solid material where the screw clamps down.

On the desk, the stick's free end drops onto the base's Ø20.6 pin and seats on the collar. With the 250 g drone on top, the assembly only tips over past about 17° of lean.

Hollow walls with 16 channels: 81% of the solid part's stiffness
Turned Ø110 foot, with VP FPV embossed front and back
Bambu Studio projects in PLA, PETG, and TPU, pre-sliced

81%

of the solid part's stiffness

30.2 g in the model instead of 36.6 g (sliced, the stick comes to 30.9 g). Measured by finite-element analysis on the real gcode layers.

~17°

before tipping over

With the 250 g drone mounted on the stick.

0.4 mm

of pin clearance

Ø20.6 pin in a Ø21 bore, with a chamfered tip.

print supports

Both parts print standing up; the base's underside comes out with the PEI plate texture.

Specs

Spec sheet

Materials

Why 16 channels

Stiffness when squeezing the stick by hand, as a % of the solid PLA version. Every candidate was sliced and simulated before becoming a part.

Squeeze stiffness · PLA

Slicer infill doesn't tie the two skins together: the stiffness comes from the lattice designed into the part.

Printing

Slicer numbers

Grams and times read straight from the Bambu Studio projects for the P1S, which come with the download.

Files

What's in the download

Click a numbered part to see it highlighted in 3D.

Testing

What's been printed

The kit was printed and assembled before going on sale. Below, what has been tested on the real part and what is still only simulation.

Already printed

Not tested yet

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FAQ