Atlas Copco unveils X-Air 800-20: more air at the right pressure for maximum efficiency
21/01/2026 Atlas Copco Compressors UK
New DrillAir model delivers higher flow at 20 bar in a compact design - enhancing Atlas Copco’s portfolio of portable air solutions for drilling applications.
Atlas Copco has introduced the latest addition to its DrillAir family of portable air compressors: the X-Air 800-20. Building on the concept introduced with the X-Air 750-25—delivering full air power in a significantly more compact canopy—the X-Air 800-20 combines higher flow at a practical pressure with a compact canopy. This makes transport and logistics easier without compromising performance, giving customers more choice for demanding applications like drilling and blasting.
With an unwavering focus on efficiency, the X-Air 800-20 delivers 11% greater fuel efficiency than its predecessor, ensuring a low total cost of ownership and optimized operations across the DrillAir range.
Higher flow for faster operations
The X-Air 800-20 is optimized for jobs that operate comfortably at 20 bar, such as foundation drilling, abrasive blasting, and pipeline services. By avoiding unnecessary ultra-high pressure, this model reduces energy consumption and wear, making it a cost-effective choice for customers who value speed and efficiency without over-specifying their equipment.
Delivering an impressive flow of up to 800 CFM, the X-Air 800-20 accelerates operations where air volume matters most, enabling faster project completion and improved productivity.
Compact power and intelligent control
Like other DrillAir models, the X-Air 800-20 features a compact canopy design, cutting its footprint and weight significantly compared to its previous generation. This makes transportation and logistics easier while reducing warehousing costs for fleet owners.
At its core, the compressor is powered by a highly efficient 6.7-liter Cummins engine, ensuring durability and performance in demanding environments. Combined with AirXpert technology, the unit automatically regulates operating parameters based on real-time flow requirements, delivering 11% greater efficiency and reducing fuel consumption during drilling operations.
The Dynamic Flow Boost feature further enhances performance by increasing flow during the most demanding phases of drilling, such as flushing and drill stem refilling. This innovation ensures quicker borewell completion and streamlined operations.
To maximize operational control, the X-Air 800-20 comes equipped with the Xc2004 controller, a next-generation interface designed for intuitive operation and future-ready connectivity. With advanced computing power and enhanced monitoring capabilities, the Xc2004 helps customers unlock maximum efficiency and control in every application.
Designed for demanding environments
Engineered for reliability, the X-Air 800-20 is built to withstand tough job site conditions while maintaining consistent performance. Its compact design simplifies transport and setup, allowing customers to deploy high-performance air systems quickly and efficiently.
Customer-centric innovation
The X-Air 800-20 is designed to meet real-world needs by delivering higher flow at a practical pressure. This approach helps customers avoid unnecessary costs and complexity while improving efficiency and sustainability.
"The X-Air 800-20 is all about giving customers more of what they need—and less of what they don’t," says Srijayan Iyer, Product Marketing Manager for Large Air. "By combining higher flow with practical pressure, we’ve created a solution that maximizes efficiency and accelerates productivity across diverse applications."
Print this articleFor more information, please contact:
Atlas Copco Compressors UK
Technology House
Hemel Hempstead Industrial Estate
Maylands Avenue
Hemel Hempstead
Hertfordshire
HP2 7DF
Tel: +44 (0)1442 261201
Email: compressorsGB.web@atlascopco.com
Web: https://www.atlascopco.com/en-uk/compressors
Share article:
Process and Control Today are not responsible for the content of submitted or externally produced articles and images. Click here to email us about any errors or omissions contained within this article.