Product description

Get efficient and effective soil compaction and surface stabilisation with the powerful 87CD Vibratory Roller.

 Engineered for superior performance, our vibratory rollers, seamlessly integrate into your loader’s quick hitch, requiring only standard oil flow for operation. They are ideal for your Bobcat vibrating roller needs, or any other popular brand available on the market. 

With a vibration frequency of 2500vpm at 60 l/min and a nominal amplitude of  0.8mm, the 87CD ensures thorough compaction, making it a reliable companion in road construction and various compaction projects. Equipped with protective barrel roller bearings and eight special rubber mounts that isolate 97% of vibrations from the drum, this vibrating roller is not only robust but also minimises operator fatigue during extended use. 

Why Choose Hydrapower’s Australian-Made Vibratory Roller Attachments?

Selecting a Hydrapower vibratory roller means selecting industry leading performance. Our range of Australian-made attachments for skid steer loaders, excavators and mini-loaders reflect a commitment to superior quality, durability and unmatched execution. With our wealth of experience, product knowledge and respected reputation, our 87CD Vibratory Roller is designed to address all your soil compaction needs. 

87CD Vibratory Roller Product Features 

Hydrapower’s 87CD Vibratory Roller is a heavy-duty roller that is available in 1200mm and 1600mm attachment variants. The 87CD Vibratory Roller is equipped with a quick hitch frame, hoses and couplings, offering a hassle-free setup. With precision drum tilting capability, allowing up to 15° movement in either direction, you can smoothly follow ground contours. Weighing approximately 805kg for the 1600mm and 930kg for the 1200mm version. With a minimum required operating flow rate of 60 l/min, these vibratory rollers are engineered for durability and efficiency.

Now fitted with a flow control valve as standard so you don’t have the worry of damaging the roller when the high flow is accidentally engaged.