Fairport FBP Petrol Back Pack Poker Drive Unit Overview The Fairport FBP Petrol Back Pack Poker Drive Unit is a portable and efficient solution for concrete consolidation tasks, ideal for construction professionals requiring mobility and ease of use. Powered by a reliable Honda GX35 engine, this unit ensures consistent performance without the need for electrical power. Design and Build Quality Featuring a swivel-mounted and isolated frame, the FBP is designed for ergonomic comfort during extended use. Its backpack configuration allows for total mobility, enabling operators to navigate complex job sites with ease. The unit's robust construction ensures durability in demanding environments. Key Technologies and Features Honda GX35 Engine: A 4-stroke, 1.6 HP engine renowned for its reliability and fuel efficiency. Ultravibe+ Poker Heads: Compatible with advanced Ultravibe+ poker heads, delivering superior concrete consolidation. Anti-Abrasion Flexible Drive: Equipped with a 3-meter anti-abrasion flexible shaft for enhanced durability and operational reach. Specifications Specification Details Engine Honda GX35 Fuel Type Unleaded Petrol Power Output 1.6 HP Weight 7 kg Flexible Drive Length 3 meters Compatible Poker Head Sizes 38 mm, 48 mm Performance and User Experience The FBP unit offers exceptional performance in concrete consolidation, with its powerful engine and advanced poker heads ensuring efficient vibration and compaction. The backpack design enhances user mobility, and the anti-abrasion flexible drive contributes to a smooth operational experience. Q&A Section Q: What sizes of poker heads are compatible with the Fairport FBP unit? A: The FBP unit is compatible with 38 mm and 48 mm poker heads, allowing flexibility based on project requirements. Q: Is the Fairport FBP suitable for use in confined spaces? A: Yes, the backpack design and flexible drive make it ideal for use in confined or hard-to-reach areas. Q: Does the unit require an external power source? A: No, the FBP is powered by a Honda GX35 petrol engine, eliminating the need for an external electrical power source.
