Redhelm Labs

About Redhelm Labs

Redhelm Labs is developing a wireless long-range in-flight recharging system for drones, utilizing laser technology to extend operational flight times. This solution addresses the limitations of battery life in unmanned aerial systems, enhancing mission capabilities without compromising safety.

```xml <problem> Unmanned aerial systems (UAS), or drones, face limitations in mission capabilities due to finite battery life, requiring frequent landings for battery swaps or recharging. This constraint restricts operational range, endurance, and the ability to conduct continuous surveillance or long-duration tasks. </problem> <solution> Redhelm Labs is developing a wireless, long-range in-flight recharging system for drones that utilizes laser technology to extend operational flight times. The system allows drones to receive power remotely, eliminating the need for physical landings and battery replacements. By providing a continuous power source, the technology enhances mission capabilities, increases operational efficiency, and enables persistent aerial operations without compromising safety. This solution aims to transform drone applications across defense and commercial sectors by removing the barrier of limited flight time. </solution> <features> - High-powered laser transmitter for long-range wireless power delivery to drones - Onboard receiver module integrated into the drone to capture and convert laser energy into electrical power - Advanced beam steering and tracking algorithms to maintain accurate alignment between the laser transmitter and drone receiver - Real-time monitoring and control system to optimize power transfer efficiency and ensure safe operation - Modular design adaptable to various drone platforms and power requirements - Compliant with aviation safety standards and regulations for wireless power transmission </features> <target_audience> The primary customers are defense organizations and commercial UAS operators who require extended flight times for drones in applications such as surveillance, reconnaissance, delivery, and infrastructure inspection. </target_audience> ```

What does Redhelm Labs do?

Redhelm Labs is developing a wireless long-range in-flight recharging system for drones, utilizing laser technology to extend operational flight times. This solution addresses the limitations of battery life in unmanned aerial systems, enhancing mission capabilities without compromising safety.

Where is Redhelm Labs located?

Redhelm Labs is based in College Park, United States.

When was Redhelm Labs founded?

Redhelm Labs was founded in 2022.

Who founded Redhelm Labs?

Redhelm Labs was founded by Neil Sorkin.

  • Neil Sorkin - CEO
Location
College Park, United States
Founded
2022
Employees
2 employees
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Redhelm Labs

Score: 15/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

Redhelm Labs is developing a wireless long-range in-flight recharging system for drones, utilizing laser technology to extend operational flight times. This solution addresses the limitations of battery life in unmanned aerial systems, enhancing mission capabilities without compromising safety.

redhelmlabs.com100+
Founded 2022College Park, United States

Funding

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Team (<5)

Neil Sorkin

CEO

Company Description

Problem

Unmanned aerial systems (UAS), or drones, face limitations in mission capabilities due to finite battery life, requiring frequent landings for battery swaps or recharging. This constraint restricts operational range, endurance, and the ability to conduct continuous surveillance or long-duration tasks.

Solution

Redhelm Labs is developing a wireless, long-range in-flight recharging system for drones that utilizes laser technology to extend operational flight times. The system allows drones to receive power remotely, eliminating the need for physical landings and battery replacements. By providing a continuous power source, the technology enhances mission capabilities, increases operational efficiency, and enables persistent aerial operations without compromising safety. This solution aims to transform drone applications across defense and commercial sectors by removing the barrier of limited flight time.

Features

High-powered laser transmitter for long-range wireless power delivery to drones

Onboard receiver module integrated into the drone to capture and convert laser energy into electrical power

Advanced beam steering and tracking algorithms to maintain accurate alignment between the laser transmitter and drone receiver

Real-time monitoring and control system to optimize power transfer efficiency and ensure safe operation

Modular design adaptable to various drone platforms and power requirements

Compliant with aviation safety standards and regulations for wireless power transmission

Target Audience

The primary customers are defense organizations and commercial UAS operators who require extended flight times for drones in applications such as surveillance, reconnaissance, delivery, and infrastructure inspection.