Altrad Belle RTX70R Honda Petrol Trench Rammer

SKU: BEL0023

The Belle RTX70R Honda petrol trench rammer delivers exceptional compaction performance with 18 kN impact force, specifically engineered for confined spaces with excellent balance and superior operator control.

£1,795.00

Call us: 01432 373356

Description

Here’s an expanded description for the Belle RTX70R Honda Petrol Trench Rammer:

Belle RTX70R Honda Petrol Trench Rammer – Professional Confined Space Compaction

The Belle RTX70R represents the pinnacle of trench rammer technology, delivering exceptional compaction performance specifically engineered for confined spaces and challenging access situations. Part of Belle’s comprehensive RTX range, this Honda-powered rammer combines the reliability of proven 4-stroke engine technology with advanced compaction engineering to provide contractors with uncompromising performance in the most demanding applications.

Superior Honda Engine Performance Powered by a robust Honda 4-stroke petrol engine delivering 3.6 HP (2.7 kW), the RTX70R ensures consistent, reliable operation across extended working periods. The Honda engine’s reputation for durability and fuel efficiency makes this rammer ideal for remote locations and demanding job sites where dependable starting and sustained performance are critical. The float chamber carburettor design provides smooth, consistent fuel delivery across varying operating angles and conditions.

Precision Compaction Technology Engineered with a variable operating frequency delivering 450-700 blows per minute, the RTX70R adapts to different soil conditions and compaction requirements. The substantial 18 kN impact force, combined with 52mm amplitude and 11 Hz frequency, ensures thorough compaction penetration even in challenging cohesive soils and confined trench applications where achieving proper compaction density is critical for long-term stability.

Exceptional Balance and Control The RTX70R’s outstanding design characteristic lies in its excellent balance, providing operators with superior control and reduced fatigue during extended use. This carefully engineered weight distribution makes the 72kg unit surprisingly manageable, allowing precise operation in narrow trenches and around utilities where accuracy is paramount. The balanced design significantly reduces operator strain while maintaining professional compaction results.

Optimised Trench Applications The compact 280 x 335 x 75mm foot size is specifically designed for efficient trench compaction, providing optimal ground contact while fitting comfortably within standard utility trench widths. This makes the RTX70R ideal for:

  • Utility installation and backfilling operations
  • Pipeline trench compaction
  • Cable laying projects
  • Foundation trench preparation
  • Repair and maintenance excavations
  • Confined space compaction where plates cannot operate effectively

Professional Specifications With overall dimensions of 345mm width, 1040mm length, and 714mm height, the RTX70R maintains a compact footprint while delivering heavyweight compaction performance. The controlled vibration level of 7.49 m/sec² ensures operator comfort while maintaining compliance with health and safety requirements for extended use periods.

Versatile Engine Options As part of the comprehensive RTX range, contractors can choose between Honda petrol and Yanmar diesel engine options, providing flexibility to match specific job site requirements, fuel preferences, and operational environments. This versatility ensures the RTX series meets diverse contractor needs across various project types and locations.

Robust Construction Standards Built to withstand the demanding conditions of professional construction and utility work, the RTX70R combines industrial-grade construction with the precision engineering required for consistent compaction results in confined spaces where access and manoeuvrability are as important as raw compaction performance.

High-Level Compaction Assurance The RTX70R delivers the high-level compaction results essential for meeting stringent project specifications and ensuring long-term ground stability in critical utility and infrastructure applications where substandard compaction can lead to costly future failures.