VISIE DRONESFLIGHT SOFTWARE
Drone flight software · engineered in the United States

Flight software that earns the airframe its trust.

We write and harden the code between the flight controller and the mission — PX4, ArduPilot, and custom flight stacks — for operators who need to know exactly who wrote it, where, and why.

M1 · CCWM2 · CW M3 · CWM4 · CCW FC / IMUPX4 · ARDUPILOT XY
FIG. 01 — QUADROTOR REFERENCE AIRFRAMEDWG VD-0001
100% USDevelopers and data
PX4 · ArduPilotOpen flight stacks
Local-firstSelf-hosted toolchain
Sim-to-flightGazebo, SITL, HIL
What we build

Three layers. One team that owns all of them.

Firmware layer

PX4 & ArduPilot customization

Custom flight modes, mixers, sensor drivers, failsafe logic, parameter tuning and board bring-up on the two most widely flown open flight stacks.

Firmware services →
Companion layer

Autonomy & mission software

Companion-computer software that turns a stable airframe into a useful one: MAVLink integration, path planning, perception hand-off, and multi-aircraft coordination.

Flight software →
Proof layer

Gazebo simulation & test

Every behavior is proven in simulation before it touches a propeller. We build the models, the worlds, the scenarios and the regression harness.

Simulation →
Why it matters

You should be able to name every person who touched your flight code.

With Visie you can. Every line is written by US-based developers, on hardware we control, in repositories you own from day one.

How we work
  • US citizens, US soil, US-hosted repositories — no offshoring, no subcontract chains.
  • Local-first toolchain: builds, simulation and CI run on machines we administer, not a shared cloud tenant.
  • Platform- and sensor-agnostic. We don't sell airframes, so our advice isn't bent toward one.
  • Firmware we don't yet own, we're prepared to write. Custom stacks are in scope when PX4 or ArduPilot isn't the right answer.
Engagement path

From first call to first flight

Scope

A 45-minute call. We learn the airframe, the mission and the constraint that's actually blocking you.

Architecture

A written technical plan with at least two candidate approaches and the reason we recommend one.

Simulate

Behavior proven in Gazebo and SITL with a regression suite you keep.

Fly

HIL, then tethered, then free flight — on your aircraft or a surrogate we agree on.

Hand-off

Source, build system, docs and a recorded walkthrough. No lock-in by design.

Need flight software written by people you can actually call?

Tell us about the aircraft and the mission. We reply within one business day.

Start a project