Borobotics develops compact bore-robots for geothermal drilling, specifically the Grabowski model, which operates autonomously in confined spaces while significantly reducing the environmental impact of traditional drilling methods. This technology addresses the limited adoption of geothermal energy by providing a space-efficient, low-emission solution that minimizes costs and noise, making geothermal heating accessible for urban areas.
Funding
$520K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional geothermal drilling methods are expensive, require significant space, consume large amounts of diesel fuel, and generate substantial noise pollution, hindering the widespread adoption of geothermal energy, especially in urban environments. Current drilling equipment is often too large and energy-intensive for deployment in densely populated areas.
Solution
Borobotics is addressing these challenges with Grabowski, a compact, autonomous bore-robot designed for geothermal drilling in confined spaces. This space-efficient robot, measuring 2.5 meters by 135 mm, replaces conventional 6-meter tall, 10-ton drills, reducing the operational footprint to just 6-8 square meters. Grabowski operates autonomously, tracking its movements and maintaining a straight drilling trajectory. By using electricity instead of diesel-powered equipment, it significantly reduces CO2 emissions and noise, making geothermal energy a more viable option for urban heating. The system is designed for easy installation and deinstallation, streamlining the drilling process.
Target Audience
The primary target audience includes ground source heat pump installers, drilling companies, and homeowners seeking cost-effective and environmentally friendly geothermal heating solutions.
Features
- Compact bore-robot (2.5m x 135mm) for space-constrained geothermal drilling
- Autonomous operation with integrated trajectory tracking and steering
- Electrically powered, eliminating the need for diesel fuel and compressors
- Reduced CO2 emissions compared to conventional drilling methods
- Significantly lower noise pollution, suitable for urban environments
- Requires only 6-8 m2 of operating space
- Remote monitoring and control capabilities