BACK
TACTICAL FPV

FPV Engineering Plastics

Injection-molded parts for tactical FPV: housings, drop mechanisms, battery mounts, and related accessories. PPS+GF, PA+GF, and related grades balance weight, weather resistance, and production consistency.

_Good Starting Points for Evaluation

Electronics Housings & Fixtures

Focus｜Dimensional Stability

MaterialsPC, PC/ABS, PA66 ｜ High-temp or harsh: PEI, PPS

Protective shells and mounts for flight controllers, sensors, and cameras. Dimensional stability and assembly fit matter most, making this a common first step when evaluating plastics for FPV.

EnclosuresAssembly Fit

Tactical FPV Accessories

Focus｜Tactical Accessories

MaterialsPPS+GF, PA+GF ｜ Low-friction routing: POM

Drop mechanisms, battery quick-release mounts, antenna brackets, ESC covers, and similar accessory parts are areas we are actively developing with customers. Share your drawings and use case.

  • Drop / payload release mechanism
  • Battery quick-release mount
  • Antenna / VTX bracket
  • ESC protective housing
Drop MechanismQuick-Release

_Why Evaluate Engineering Plastics?

01.

Weight reduction

PPS+GF40% (~1.65 g/cm³) vs. aluminum (e.g. 6061, ~2.70 g/cm³). With structural optimization, typical savings land in the 20–50% range.

02.

Part consolidation

multiple metal pieces can merge into one molded component, reducing assembly steps.

03.

Weather and chemical resistance

engineering plastics can serve in wet or chemical exposure without plating or anodizing.

_FPV Project FAQ

How much weight can molded plastic FPV parts save versus aluminum?
With structural optimization (ribs, wall thickness tuning), typical savings land in the 20–50% range versus aluminum. Plastics have a lower Young's modulus, so structure recovers the stiffness; a 1:1 geometry copy from metal will not perform.
Which materials do you recommend for FPV parts?
PC, PC/ABS, or PA66 for housings and protective covers; PEI or PPS for high-temperature or harsh environments; PPS+GF or PA+GF for load-bearing accessories such as drop mechanisms and quick-release mounts; POM for low-friction routing parts. Final selection follows a review of your drawings and operating environment.
What does the development process look like?
DFM review of your drawings first, then mold tooling (first trial samples typically 40–90 days after project start), dimensional verification, and production handoff.
Describe Your Part Needs