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    Total Rockbreaking ART 1000 GEN II: asphalt rehab efficiency for pavement engineers

    November 21, 2025|

    Reviewed by Joe Ashwell

    Total Rockbreaking ART 1000 GEN II: asphalt rehab efficiency for pavement engineers

    First reported on Roads & Infrastructure (AU)

    30 Second Briefing

    Simex is launching the second-generation ART 1000 GEN II road maintenance attachment, designed for in-situ regeneration of asphalt with zero waste by milling, mixing and relaying material in a single pass. The patented unit, supplied locally by Total Rockbreaking Solutions, mounts on standard carriers and treats only the damaged lane area, avoiding full-depth reconstruction and reducing haulage of spoil and new asphalt. For pavement engineers, the system targets faster patching cycles, lower material consumption and improved lifecycle performance on heavily trafficked urban and arterial roads.

    Technical Brief

    • Simex’s patented configuration allows milling, mixing and relaying to be sequenced without changing tools or machines.

    Our Take

    Within our Infrastructure coverage, Australia-based equipment suppliers like Total Rockbreaking increasingly appear in Sustainability-tagged pieces, signalling that contractors are being pushed to get more productivity from existing plant rather than expanding fleets.

    Product-focused Infrastructure articles in our database often highlight attachment-based solutions similar to Simex tools, which tend to be favoured on Australian projects where transport distances and mobilisation costs make multi-purpose machines more attractive than specialised units.

    The mix of Product and Projects tags here aligns with other Roads & Infrastructure Magazine items that emphasise lifecycle performance; for Australian civil contractors this usually translates into closer scrutiny of wear rates, fuel burn, and noise on urban jobs rather than headline purchase price alone.

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    Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.

    Related Articles

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    about 1 month ago

    Strabag’s Pfaffensteig Tunnel contract: design and delivery notes for rail engineers

    Strabag and Group company Züblin have secured the design-and-build structural works for the ABS Gäubahn Nord/Pfaffensteig Tunnel in south-west Germany, centred on an 11km twin-bore rail tunnel linking Stuttgart Airport station directly to the Gäubahn line towards Switzerland. About 9.8km will be driven by two TBMs, with conventional tunnelling for the A8 motorway undercrossing and airport connection, plus a 240m cut-and-cover section, retaining structures, railway underpasses and a grade-separated crossing. A 3km surface section will be upgraded and partially realigned for 200km/h operation, delivered under an integrated project delivery model with Ed. Züblin, Wayss & Freytag and Strabag AG sharing tunnelling, structural and earthworks packages.

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    National Grid TBM under the Thames: tunnelling design and risk notes for engineers

    A 271.5‑tonne Herrenknecht Mixshield TBM, Caroline, has started driving a 2.2km electricity cable tunnel with a 4m internal diameter beneath the River Thames in Essex for National Grid’s Grain to Tilbury project, delivered by the Ferrovial BEMO joint venture. The drive will pass through variable Thames estuary ground conditions between 35m‑deep launch and reception shafts of 15m and 12m diameter, with tunnelling continuing into 2026 and overall scheme completion targeted for 2029. The new tunnel will replace the 1969 Thames Cable Tunnel and carry new high‑voltage circuits between Grain and Tilbury substations.

    Panama Canal Mixshield undercrossing: design and tunnelling lessons for engineers
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    Panama Canal Mixshield undercrossing: design and tunnelling lessons for engineers

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