Brave
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The Brave BRPFP120H 14-inch forward plate compactor with Honda GX160 5.5 HP engine delivers powerful and reliable compaction for soil, gravel, sand, and asphalt. Built for contractors and heavy-duty job site use. -
The Brave BRPFP130H 16-inch Forward Plate Compactor features a reliable Honda GX160 5.5 HP engine, heavy-duty cast iron plate, and powerful compaction force for soil, gravel, sand, and asphalt applications. Ideal for contractors, paving projects, landscaping, and site preparation.
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The Brave BRPFP140H 18-inch Forward Plate Compactor features a reliable Honda GX160 5.5 HP engine, heavy-duty cast iron plate, and powerful compaction performance for soil, gravel, sand, and asphalt applications. Designed for contractors and construction professionals requiring maximum productivity and durability.
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The Brave BRPRP210H 15-inch Reversible Plate Compactor features a reliable Honda GX160 5.5 HP engine, forward and reverse travel capability, and powerful compaction force for soil, gravel, sand, asphalt, and paver applications. Built for professional contractors requiring durability, maneuverability, and high-performance compaction.
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The Brave BRPRP220H 20-inch Reversible Plate Compactor is powered by a Honda GX200 6.5 HP engine and delivers powerful forward and reverse compaction performance for soil, gravel, sand, asphalt, and paver applications. Built for professional contractors requiring durability, efficiency, and superior compaction results.
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The Brave BRPTR60H Tamping Rammer features a Honda GX100 engine and delivers 2,405 lbs (10.7 kN) of impact force for professional soil compaction. Designed for trenches, foundations, utility work, and confined spaces, it provides reliable performance, durability, and superior compaction results.
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The Brave BRPTR68H Heavy Duty Tamping Rammer features a Honda GX100 engine and delivers 2,878 lbs (12.8 kN) of impact force for professional soil compaction. Designed for trenches, utility work, foundation preparation, and backfill applications, it provides exceptional durability, maneuverability, and compaction performance.
