1300MS & 1950MS

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    Broons manufactures two Mining Specification versions that have several special features focused on the delivery of cost savings at mine sites. The BH-1300MS has a module 1.3m wide weighing just over 8t.

    There is also the BH-1950MS, featuring a 1.95m wide module weighing in at 12 tonne. The MS models have extra wear plates added for increased durability. Also, the standard tyres are replaced with lugged mining tyres. Speeds and productivity are the same, although the application on mine waste tips and haul roads generally require fewer passes and therefore are much more productive, especially with the 1.95m wide BH-1950MS unit.

    Features                                       Applications              

    Hydraulic drum lift                                      Rock reduction

    Secure ball coupling                                  Haul roads  

    Jack stand                                                   Pit floors

    Low maintenance                                       Tip heads

    Reinforced frame                                        Tailings dams

    Heavy duty linkage                                    Waste dumps 

    Extra wear plates

    Lugged tyres                                 

    Used extensively to ‘rubbilise’ sharp oversize rock on tip heads, pit floors and haul roads. Maintaining the structural integrity of these transport routes is crucial to uninterrupted productivity and the safety of all mine workers. With smooth even roads, significant savings can be made on truck maintenance, fuel costs and most importantly – tyre wear and damage. Before and after rolling images clearly show the difference.

    Premature tyre failure costs are enormous in mining. The tightening of road infrastructure can pay large dividends to tyre costs, transport times and down time that occurs at failure. Nothing has come close to the Broons BH-1300MS and BH-1950MS in minimising these issues.




    BH 1300MS Operating weight14,300kg
    BH 1950MS Operating weight18,500kg
    BH 1300MS Drum width1300mm
    BH 1950MS Drum width1950mm
    BH 1300MS Drum module weight8,500kg
    BH 1950MS Drum module weight12,000kg
    Intended applicationUncontrolled fill, Soil/Clay/Rubble, Mining
    BH 1300MS Length4790mm
    BH 1300MS Width2610mm
    BH 1300MS Height1500mm
    BH 1950MS Length4790mm
    BH 1950MS Width3310mm
    BH 1950MS Height1500mm

    Project Reports

    Tip Head Maintenance

    Tip Head Kalgoorlie

    Haul Road Maintenance

    Haul Road Argyle

    Haul Road Dawson Mine

    Capping Layer on Waste

    Capping Layer Emerald

    Proof Rolling Tailings Dam

    Proof Rolling Lawn Hill


    Technical Papers


    Use of Impact Roller to Reduce Agricultural Water Loss 2004 


    Advancements in Haul Road Construction & Maintenance 2020

    Mining Applications and Case Studies of RDC 2012

    Reducing Haul Road Maintenance Costs & Tyre Wear through RDC 2009 

    Infrastructure / Major Projects

    Case study of Ground Improvement at an industrial estate containing Uncontrolled Fill 2007

    Geotechnical Data Management of the New Doha International Airport Platform Reclamation 2007

    Six Sigma quality improvement of Compaction at the New Doha International Airport project 2006

    Effectiveness of Rolling Dynamic Compaction on an Old Waste Tip 2006 

    Advanced Geotechnical modelling and monitoring for Port Coogee Project 2006

    Use of Impact Roller in Site Remediation and Preparation for heavy duty Pavement Construction 2004

    Ground Improvement of Landfill site using the “Square” Impact Roller 2005

    Improving Pavemant Subgrade with the “Square” Impact Roller 2004

    Ground Improvement using the “Square” Impact Roller – case studies 2004


    Rolling Dynamic Compaction / Impact Rolling

    Influence of Towing Speed using RDC 2020

    Ground Response to Rolling Dynamic Compaction 2019

    Genetic Programming for predictions of RDC effectiveness with Dynamic Cone 2019

    Depth of influence of Rolling Dynamic Compaction 2019

    Effectiveness of RDC using Neural Networks & Cone Penetration 2019

    Physical modeling of Rolling Dynamic Compaction 2017 

    Predicting effectiveness of RDC using generic programming 2017

    Application of Artificial Neural Networks 2017

    Assessing the effectiveness of Rolling Dynamic Compaction 2013

    Quantifying the Zone of Influence of the Impact Roller 2012

    The Influence Zone of the Impact Roller 2011

    Impact Rolling in the Spectrum of Compaction Techniques and Equipment 2004

    Trials / Testing / Research

    Verification of an Impact Rolling Compaction trial using various in situ Testing Methods 2016

    Evaluating Rolling Dynamic Compaction of fill using CPT 2014

    3D treatment of MASW data for Monitoring Ground Improvement at an Uncontrolled Fill site 2013

    Use of Proctor Compaction Testing for Deep Fill Construction Using Impact Rollers 2012

    Ground Energy and impact of Rolling Dynamic Compaction – results from research test site 2009

    Trials and validation of Deep Compaction using the “Square” Impact Roller 2007

    Ground vibrations during Impact Rolling 2007

    Trials and validation of Deep Compaction using the “Square” Impact Roller 2007

    Verification of the effects of Rolling Dynamic using Compaction using a continuous Surface Wave System 2006

    Evaluating the improvement from Impact Rolling on Sand 2005

    A note on Specifications for use of the Impact Roller for Earthworks 2004

    Trial Programme and recent use of the Imapct Roller in Sydney 2004












    Optional Extras

    Please select your extras from the options listed below then click SAVE & REQUEST QUOTE.

    Support your Impact Roller's productivity with our Spares Package. Containing replacement parts for main linkage and general consumables to ensure downtime is minimised.