HOLMATRO - Backpack Pump GBP10EVO3

The Holmatro Backpack Pump GBP10EVO3 is purpose-built for mobile rescue operations, delivering high-performance hydraulics in a compact, wearable format. Designed to be carried like a backpack, it empowers one responder to access confined, elevated or compromised scenes–such as tunnels, trains, collapsed structures or tight urban spaces.

Built around Holmatro’s proven EVO3 battery-tool technology and CORE hose-connection system, this pump drives rescue tools with up to 720 bar (10,443 psi) of hydraulic working pressure. With its emission-free, battery-powered operation and IP54-rated protection from dust and splash, it handles harsh environments and confined spaces without relying on combustion engines.

The unit integrates a 28 V DC / 700 W drive-motor, dual-stage pump architecture and a 425 cc effective oil reservoir—enabling powerful tool operation while maintaining a very portable form. Whether stabilizing vehicles, pushing rams, spreading or lifting, the GBP10EVO3 offers a scalable, wearable power source that supports Holmatro CORE tools wherever the incident demands.

Highlights & Technical Specifications

• Connection type: CORE system

• Maximum working pressure: 720 bar / 72 MPa (≈10,443 psi)

• Stages: 2-stage pump 

  • 1st-stage output: ~2,200 cc/min (0–135 bar)

  • 2nd‐stage output: ~250 cc/min (135–720 bar)

• Oil-tank capacity: 635 cc total, effective 425 cc 

• Pump type: Axial piston pump, battery-powered operator

• Motor/Drive: 28 V DC / 700 W drive motor

• Weight (ready for use): 7.5 kg (≈16.5 lb)

• Weight (excl. battery): 6.5 kg (≈14.3 lb)

• Dimensions (L×W×H): 380 × 240 × 120 mm (≈15 × 9.4 × 4.7 in)

• Protection rating: IP54 (dust protected / splash safe)

• Tool connections usable simultaneously: 1 (one tool)

• Operating temperature: –20 °C to +55 °C (≈ –4 °F to +131 °F)

• Key Features:

  • Very portable: compact, lightweight, wearable pump in backpack format

  • Uses the same EVO3 battery technology as other tools in the Holmatro CORE ecosystem—streamlining logistics and interoperability.

  • Emission-free operation—ideal for use in confined, oxygen-limited or underground rescue environments.