Neat Labs is a US-registered hardware engineering lab. We handle schematic design, PCB layout, manufacturing, assembly, firmware, and enclosure design under one team — so your project doesn't pass through five different vendors to get built.
Six tightly coupled disciplines that combine into full-cycle product development engagements.
We don't broker work or stage it through layers of project management. The engineers writing the schematic are the ones answering your questions.
We don't hand you a layout and disappear. One team carries the project from schematic through assembly.
Our work includes 10-layer flight controllers and aviation-grade power systems — not just hobbyist-tier 2-layer boards.
Every engagement is covered by a non-disclosure agreement as standard practice, not an upsell.
A US-based business with hands-on hardware engineers doing the design work directly — no broker in between.
Project details are kept under NDA. The summaries below describe the engineering shape of the work, not the end customer.
A stackable flight controller platform needed to fit a high-pin-count BGA processor, a secondary co-processor, and fully redundant sensor paths into a compact, mezzanine-style 3-board architecture — without compromising signal integrity or serviceability.
The client needed a UAV flight controller for an industrial/agricultural drone platform, built to the Pixhawk DS10 mechanical and connector standard. The design required a single-board layout supporting CAN, telemetry, GPS, and safety interfaces, along with onboard data logging — all within a compact form factor suitable for integration into an existing airframe.
Built independently to explore accurate state-of-charge estimation for 12V/7Ah lead-acid batteries in e-mobility applications - a class of battery where simple voltage-based SOC estimation is notoriously inaccurate due to voltage sag under load and chemistry-dependent discharge curves.
Tell us what you're building. We'll tell you what it takes to get it made.
