---
title: "Drone & UAV Manufacturing | FPV Frames, Mounts & Gimbals | OpenSpindle"
description: "Custom parts for FPV, racing, cinematography, mapping, agricultural, and commercial drones. Carbon-fiber frames, motor mounts, and gimbal housings from independent shops. One build or a batch of kits, upload a design and compare quotes."
canonical: https://openspindle.com/industries/drones-uav
updated: 2026-08-04
---

# Drone and UAV manufacturing partners

From an FPV freestyle build to a mapping UAV or an agricultural heavy-lift, drones live at the edge of strength-to-weight. Find independent shops set up for carbon-fiber frames, machined motor mounts, and gimbal housings, comfortable with a single hobbyist build or a batch of frame kits, and get competitive quotes for your project.

**Certifications:** Single builds welcome, FPV to commercial, Prototype to production

**Minimum order:** 1 part | **Quick-turn parts:** 3 to 10 business days | **Core materials:** Carbon fiber, aluminum | **Segments:** FPV to commercial

## Drone and UAV shops on OpenSpindle

Independent machine and fabrication shops that build lightweight airframes, motor mounts, and gimbal hardware, from one-off FPV frames to batches of commercial drone parts. Browse their equipment, materials, and reviews, and get a competitive quote.

[Browse all drone and UAV shops](https://openspindle.com/manufacturers?q=Drone)

## Certifications

Most drone work is not certification-gated at all: FPV, racing, cinematography, mapping, and agricultural builds turn on lightweight parts and fast iteration, not paperwork. A few signals still matter as programs mature, and ITAR only applies to defense or export-controlled work. These are worth confirming with a shop.

- **Low-volume & single-build comfort:** The real differentiator for most drone builders. Look for shops that will machine a single FPV frame or one motor-mount set without pushing a big minimum, and that turn revisions fast while you dial in a build.
- **Carbon fiber & composite capability:** Frames and structural plates are usually carbon fiber. Ask whether the shop is set up to cut and machine carbon plate and tube cleanly, since composite dust and delamination need the right tooling and handling.
- **Lightweighting & thin-wall machining:** Every gram counts on a drone. Ask whether the shop is comfortable machining thin walls, pockets, and lattice features that cut weight without warping the part.
- **ITAR & traceability (defense only):** Only relevant if your drone ships into a defense or export-controlled program. For hobbyist, FPV, and commercial builds it does not apply. If it does apply to you, confirm ITAR registration and material traceability up front.

## Capabilities for This Industry

- [CNC Machining](https://openspindle.com/capabilities/cnc-machining.md) -- Milled motor mounts, arms, brackets, and housings in aluminum and titanium.
- [Waterjet Cutting](https://openspindle.com/capabilities/waterjet-cutting.md) -- Aluminum plate and thick composite cut cold; thin carbon frame plates are usually routed.
- [5-Axis Machining](https://openspindle.com/capabilities/5-axis-machining.md) -- Complex gimbal housings and organic airframe geometry in a single setup.
- [CNC Turning](https://openspindle.com/capabilities/cnc-turning.md) -- Standoffs, shafts, and propeller hubs turned to tight tolerances.
- [Sheet Metal Fabrication](https://openspindle.com/capabilities/sheet-metal-fabrication.md) -- Brackets, battery trays, and chassis formed from sheet stock.
- [3D Printing](https://openspindle.com/capabilities/3d-printing.md) -- Fast, low-cost prototype frames, mounts, and housings before committing to carbon or metal.

## Common Materials

- [Aluminum](https://openspindle.com/materials/aluminum.md) -- 6061 and 7075: the workhorse for light motor mounts, arms, and housings.
- [Titanium](https://openspindle.com/materials/titanium.md) -- Highest strength-to-weight for landing gear, hardware, and load-critical parts.
- [Delrin](https://openspindle.com/materials/delrin.md) -- Easy-machining acetal for low-friction gimbal parts, gears, and bushings.
- [Nylon](https://openspindle.com/materials/nylon.md) -- Tough, impact-absorbing landing feet, guides, and functional prototypes.
- [G10 / FR4](https://openspindle.com/materials/g10-fr4.md) -- Rigid, insulating plates for electronics mounts and RF-adjacent brackets.
- [Carbon Fiber](https://openspindle.com/materials/carbon-fiber.md) -- The frame material: highest stiffness-to-weight in plate, tube, and rod.
- [Polycarbonate](https://openspindle.com/materials/polycarbonate.md) -- Impact-resistant, clear covers, lenses, and canopy parts.

## Drone types and what shops build

Drone building spans far beyond defense. Common segments and the custom parts independent shops make for each.

| Drone type | Typical build | Common custom parts |
| --- | --- | --- |
| FPV, freestyle & racing | Carbon-fiber frame plus off-the-shelf electronics | Frame plates, arms, camera and antenna mounts, motor mounts |
| Cinematography & camera drones | Larger multirotor with a stabilized gimbal | Gimbal housings, camera cages, vibration mounts, landing gear |
| Mapping, survey & inspection | Fixed-wing or multirotor with sensor payloads | Sensor and payload mounts, airframe brackets, bays |
| Agricultural & spraying | Heavy-lift multirotor | Tank brackets, arm mounts, structural plates, landing gear |
| Delivery & logistics | Heavy-lift or hybrid VTOL | Structural frames, payload-release parts, motor mounts |
| Defense & regulated UAV | Fixed-wing or VTOL, often ITAR-controlled | Airframe structures, gimbal mounts, traceable machined parts |

## Material selection for drone and UAV parts

A starting point for common UAV components, balancing strength against weight. Confirm alloy, layup, and finish with the shop against your loads.

| Component | Typical material | Why it fits |
| --- | --- | --- |
| Frames and structural plates | Carbon fiber, aluminum 7075 | Highest stiffness-to-weight for the core structure |
| Motor mounts and arms | Aluminum 6061 / 7075, carbon fiber | Strong, light, and easy to machine with cooling features |
| Gimbal and camera housings | Aluminum 6061, Delrin | Rigid mounts that protect optics while keeping mass low |
| Landing gear | Aluminum, titanium, nylon | Absorbs impact; titanium for high-strength, weight-critical builds |
| Standoffs and hardware | Aluminum, titanium, brass | Light fasteners and spacers that hold the stack together |
| Antenna and sensor mounts | Aluminum, G10 / FR4 | Stable mounting; G10 where an RF-transparent or insulating part is needed |

## Typical Parts

- FPV frames & arms
- Motor mounts
- Gimbal & camera housings
- Landing gear
- Antenna & GPS mounts
- Propeller hubs
- Battery trays
- Payload & sensor mounts

## Why OpenSpindle

- **Your outsourced sourcing partner:** Finding a shop that will machine one FPV frame or a run of motor mounts takes builders days of forum posts and cold emails. Upload your design once and surface independent shops already set up for lightweight drone work, so you spend your time flying.
- **Built for strength-to-weight:** Drone parts win or lose on mass. Shortlist shops comfortable cutting carbon-fiber plate cleanly and machining thin walls, pockets, and lattice features in aluminum and titanium.
- **One frame or a batch of kits:** Whether you need a single custom frame or a small batch of identical frame kits to sell or field, compare quotes and lead times from several shops and pick the right one, with the same shop ready to repeat the run.
- **Hobbyist, commercial, or defense:** Most drone building is FPV, cinematography, mapping, and agricultural, and shops treat those builds as real work. For defense or export-controlled UAVs, note it and we surface ITAR-registered shops that handle traceability.

## Frequently Asked Questions

### Can I get parts for an FPV or racing drone?

Yes. Independent shops make FPV and racing parts every day: carbon-fiber frame plates and arms, machined aluminum motor mounts, camera and antenna mounts, and standoffs. A single frame or a small set is normal work. Note your quantity and any weight target, and send a DXF or STEP so the shop can quote the exact part.

### I am a hobbyist building one drone. Will shops take my order?

Yes. A single prototype or one-off part is the normal cadence for drone builders and routine work for independent shops. Expect a setup charge on a one-off that drops on repeat orders, and note your target date so the shop can tell you honestly whether it can hit it.

### Can shops make custom carbon-fiber frames or a batch of frame kits?

Yes. Shops cut and machine carbon-fiber plate into frame sets by waterjet or with tooling set up for composite, and can run a batch of identical frame kits once a design is dialed in. Because carbon fiber is abrasive and can delaminate, specify plate thickness or layup, edge quality, and hole tolerances on the drawing, and confirm the shop is set up for composite dust.

### Do you only work with defense or aerospace drones?

No. The large majority of drone building is commercial and hobbyist: FPV and racing, cinematography, mapping and survey, inspection, and agricultural spraying. Independent shops make parts for all of them. Defense and export-controlled UAVs are one segment, and ITAR only applies there, not to a hobbyist or commercial build.

### What materials suit lightweight UAV structures?

Carbon fiber gives the best stiffness-to-weight for frames and structural plates. For machined parts, aluminum 6061 and 7075 are the workhorses: strong, light, and easy to cut. Titanium suits load-critical, weight-sensitive parts like landing gear and hardware, and Delrin or nylon suit low-friction or impact-absorbing parts. Note the loads and environment so the shop can confirm.

### Can shops machine thin walls and lightweighting pockets?

Many can. Thin walls, pockets, and lattice features cut weight but risk warping if the shop is not set up for it. Ask up front whether the shop is comfortable with thin-wall machining and lightweighting, and call out the minimum wall thickness and any flatness requirement on the drawing.

### Will shops sign an NDA before I share my design?

Most independent shops sign an NDA before quoting and handle confidential designs every day. If you need one in place before sharing files, say so in your first message and the shop can arrange it.

### What files should I send for a quote?

A STEP or IGES model plus a dimensioned PDF drawing calling out material and alloy or layup, finish, tolerances, minimum wall thickness, and quantity. For carbon-fiber plates and flat parts, a DXF helps. Flag any weight targets, edge-quality callouts, or ITAR requirements so shops quote them in.

## Sourcing Guides

- [Manufacturing sourcing for startups](https://openspindle.com/compare/manufacturing-sourcing-for-startups.md)
- [A cheaper alternative to Xometry](https://openspindle.com/compare/cheaper-than-xometry.md)

## Related Industries

- [Aerospace & Defense](https://openspindle.com/industries/aerospace-defense.md)
- [Robotics & Automation](https://openspindle.com/industries/robotics-automation.md)
- [Hardware Startups](https://openspindle.com/industries/hardware-startups.md)
- [Electronics](https://openspindle.com/industries/electronics.md)
- [EV & Battery](https://openspindle.com/industries/ev-battery.md)
- [Medical Devices](https://openspindle.com/industries/medical-devices.md)

## Get drone and UAV manufacturing quotes

Upload your design once and compare quotes from independent shops set up for lightweight frames, motor mounts, and gimbal hardware, from one FPV build to a batch of kits.