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Reach Labs develops wireless power-at-a-distance technology using adaptive power beaming to transmit energy wirelessly to industrial devices in manufacturing settings. The solution reduces reliance on batteries and hardwired infrastructure for automated mobile robots, sensors, and other equipment in smart factories.
Also known as Reach · Reach Labs · Reach Power
Investors · 3
How we know: Antler Australia's portfolio page · Not right? Tell us
How we know: the VCSheet dataset · Not right? Tell us
How we know: the VCSheet dataset · Not right? Tell us
Company profile
researched Aug 2026Reach (also presented as Reach Power) develops wireless power-at-a-distance technology intended to transmit electricity through the air in a manner the company compares to how Wi-Fi carries data. Its patented power beaming systems are described as AI-driven, adaptive, meshed and collaborative, using optimized transmitters and beam control to deliver energy to devices without cords or battery swaps.
The stated capability range spans microwatts to kilowatts, supported by a modular, adaptive metamaterial design for electromagnetic wave manipulation, allowing a single source to serve multiple receiving devices simultaneously with power allocation based on real-time device needs. Transmitters are offered for both stationary installations and vehicle-mounted deployment, and hardware is described as built to tolerate high temperatures, vibration, dust and moisture. Target use cases include persistent drone flight, robotics-as-a-service, sensor and camera fleets, satellite refueling, agile and mixed-model manufacturing, edge computing, and electric vehicle charging, along with a longer-term vision of a global wireless energy grid and space-based solar power beamed to Earth.
Business model
Reach supplies wireless power transmission hardware and beam-control systems to organizations seeking to power or recharge devices without cables, positioning itself as a provider of wireless power infrastructure adaptable to different operating settings.
Latest developments
Recent announcements include the appointment of Dr. Ray Simpkin, former Chief Science Officer of EMROD and a wireless power transfer specialist, as an advisor and consultant, and an AFWERX STTR Phase I award with the University of Nebraska-Lincoln NIMBUS Lab to explore wireless power-enabled perched drones for persistent communications and ISR.
▸Full profile — market position, technology, go-to-market
Market position
Reach positions its wireless power-at-a-distance technology as doing for power what Wi-Fi did for data, spanning industry, defense, public safety and critical infrastructure applications.
Reach emphasizes patented, adaptive metamaterial transmitters that manipulate electromagnetic waves precisely, AI-based optimization across multiple simultaneous receivers, meshed transmitter operation, industry-leading beam control for safety, ruggedized construction, and scalability from microwatts to kilowatts in both mobile and stationary form factors.
Technology
Patented power beaming technology combining AI-driven optimization, adaptive metamaterial transmitter design for precise electromagnetic wave manipulation, meshed multi-transmitter operation, and beam control systems for safe delivery. The architecture is modular and scalable from microwatts to kilowatts, supports simultaneous powering of multiple devices from one source with real-time power allocation, and is engineered for rugged environments and for mobile (vehicle-mounted) or fixed deployment.
Go-to-market
The company markets directly through vertical solution offerings for defense and intelligence, manufacturing and logistics, and public safety, and lists customers and partners on its site; it also pursues government-funded research programs, including an AFWERX STTR Phase I award undertaken with the University of Nebraska-Lincoln NIMBUS Lab.
Defense and intelligence organizations and militaries; manufacturing and logistics operators deploying robotics and industrial sensors; public safety agencies including law enforcement, fire services and search and rescue running drone-as-first-responder programs; and operators of critical infrastructure, satellites and edge computing assets.
Compiled by commissioned research from 1 cited public sources — announcements, filings, and press listed under research sources below.
Timeline · 2
launches, deals, and filingsReach Power and the University of Nebraska-Lincoln NIMBUS Lab received an AFWERX STTR Phase I award to explore wireless power-enabled perched drones for persistent communications and ISR.
Dr. Ray Simpkin, former EMROD Chief Science Officer and a wireless power transfer expert, joined Reach as an advisor and consultant.
Dated company events from announcements, filings, and press; legal rows summarize public dockets and regulator releases.
▸Research sources · 1
primary sources listed
- Reachlabsreachlabs.co · web
1 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does Reachlabs do?
- Reach develops AI-driven wireless power beaming systems that deliver electricity at a distance to drones, robots and sensors.
- Who are Reachlabs's investors?
- Reachlabs's investors include Antler Australia, Decent Capital, Dorm Room.