Drone electronics OEM / ODM
Drone Electronics.
Designed Faster.
Built in America.
From clean-sheet electrical design to production PCBA, we build flight controllers, ESCs, power electronics, communication boards, sensor systems, and custom drone electronics.
Lower-cost engineering. Complete source delivery. U.S.-based manufacturing from one prototype to mass production.
Traceable sourcing and NDAA-oriented manufacturing options available.
Tap a board to see what we design and build at that layer.
Inside the airframe
The Electronics We Design and Build.
Tap a board to see what we design and build at that layer.
Two ways to work with us
Start With an Idea. Or Start With Your Files.
Path A — Start a Design
From a blank sheet to production-ready electronics.
For customers with
- An idea
- Requirements
- A reference product
- Partial electrical design
- An early prototype
What we provide
- Requirement
- Architecture
- Schematics
- PCB Layout
- BOM
- Firmware where scoped
- Prototype
- U.S. Production
Path B — Build My Design
Already designed? Send us the files and we build it here.
For customers with
- Gerber
- BOM
- CPL
- Schematics
- Production files
What we provide
- Files
- Sourcing
- U.S. SMT
- Programming
- Inspection
- Functional Test
- Production
- Delivery
Full source delivery
Your Product. Your IP. Your Design Files.
No black box. No unnecessary vendor lock-in.
Editable schematics
Native source, not a flattened PDF
PCB source files
Layout database you can keep editing
Gerbers
Fabrication-ready output
BOM
Full bill of materials with alternates where relevant
CPL / pick-and-place
Assembly data for any builder
Firmware source
Where firmware is in scope
Manufacturing documentation
Assembly and build notes
Test documentation
Functional test definition and results
Cost advantage
Engineering Without the Traditional Engineering Bill.
We are building an operating model designed to reduce traditional engineering NRE, long hardware development cycles, expensive iteration, and small-volume U.S. manufacturing overhead.
Lower engineering cost
A leaner path from requirement to working hardware.
Faster iteration
Shorter loops between design, build and test.
Leaner NRE
Less up-front engineering weight to reach a first board.
Better unit economics
Improving as volume and sourcing horizon grow.
Efficient, not cheap. We do not publish savings percentages we have not benchmarked.
Vertical specialization
Built Around Drone Electronics.
These are the subsystem categories we design and build. They are examples of what we support, not a claim that every listed product exists as an off-the-shelf SKU.
01
Flight Controllers
- Custom control electronics
- Sensor integration
- Custom I/O and interface design
- Autopilot-compatible hardware architectures where appropriate
02
ESC & Motor Control
- Single-channel and multi-channel
- 4-in-1 ESC architectures
- Telemetry
- Custom voltage and current requirements
03
Power Electronics
- Power distribution boards
- Regulation
- Battery monitoring
- High-current electronics and power management
04
Radio & Data Links
- Telemetry
- Communication boards
- RF and data interfaces
- Custom communication electronics
05
GNSS & Sensors
- GNSS
- IMU
- Barometer
- Sensor interfaces and navigation electronics
06
Compute & Payload Interfaces
- Companion-computer carrier boards
- Payload controllers
- Camera and sensor interfaces
- Custom compute modules
U.S. manufacturing
Designed to Scale. Built in the United States.
From a single prototype or engineering sample to low-volume production and mass production.
Larger production runs receive better unit economics through bulk purchasing and production efficiency.
Get a Manufacturing QuoteSourcing
Sourcing Built Around Your Program Requirements.
For customers with domestic-manufacturing, traceability, or NDAA-oriented requirements, sourcing and production workflows can be structured around the applicable program.
- Global sourcing as the normal commercial model
- BOM sourcing adjusted to customer requirements
- Traceability provided where required
- Component provenance documented
- U.S. manufacturing workflows available
- NDAA-oriented sourcing supported where required
How it works
Two Clear Paths. One Process Each.
For design
- Idea
- Requirements
- Electrical Design
- Prototype
- Test
- Production
For manufacturing
- Files
- BOM Review
- Sourcing
- U.S. Assembly
- Programming / Test
- Delivery
Volume scaling
One Prototype. Then Scale.
From one prototype to mass production.
Stage 1
Engineering sample
A single board to prove the architecture and bring up firmware.
Stage 2
Prototype run
Small builds for integration, bench testing and flight testing.
Stage 3
Low-volume production
Repeatable builds with documented process and test.
Stage 4
Medium-volume production
Tightened sourcing, longer-horizon component planning.
Stage 5
Mass production
Bulk purchasing and line efficiency improve unit economics.
You Build the Drone. We Build What Makes It Fly.
From the first schematic to production PCBA — lower-cost engineering, complete source delivery, and U.S.-based manufacturing.
Prototype through mass production. Traceable and NDAA-oriented sourcing options available.