Global
Traditional impact driving often exceeds marine noise thresholds, forcing projects to deploy complex bubble curtains, steel barriers, and buffers; solutions that add cost, time, and logistics without creating value. Vibro driving flips the script. Operating at lower forces and ~20–25 Hz, GIANT vibro hammers hold the pile steady though a system of clamps and generate substantially lower underwater acoustics, making auxiliary mitigation unnecessary in many settings. In measured offshore monopile installation campaigns with the GIANT2000, underwater noise at 750 m was ~148 dB (1/3-octave), comfortably within prevailing limits, particularly notable in a noise-reflective seabed.
Modularity that scales with XL monopiles
Impact technology keeps getting bigger, heavier, and harder to handle and approaching the practical limits of materials and logistics. Vibro-drive takes a different path. The GIANT architecture is modular, with ~90% component reuse across sizes (gearboxes, clamps, manifolds, elastomers, power packs, hose reels), so capacity can be scaled in 500 kgm increments without starting from zero each time. Many of these components have 9–17 years of field history, reducing early-life failures, minimizing the risk of downtime and supporting predictable OPEX and lifecycle economics.
This reuse lowers total cost of ownership, shrinks lead times, and de-risks investment decisions; key advantages when bidding in competitive auctions and planning multi-year build-outs. It also enables structural optimization: gentler excitation can reduce fatigue loading and support thinner wall designs, cutting steel (therefore reducing CO2 emissions), transport, and installation mass.
Discover more about the GIANT2000 technical specifications
Built-in control over pile run and verticality
Pile runs — uncontrolled pile drops in weak soil layers — are a real hazard across regions. Because vibro hammers clamp the monopile throughout, control is maintained even if soil resistance collapses. Combined with live monitoring of crane load, frequency, and penetration rate, operators can anticipate transitions, adjust in real time, and minimize contingency budgets typically reserved for pile-run risk.
Each GIANT project starts with a rigorous drivability analysis using site-specific soils, pile design, and hammer configurations. Where needed, additional SRD-based dynamic assessments are performed, then validated during execution with real-time data: closing the loop between prediction and performance.
Speed that changes vessel economics
Vessel day rates dominate cost. The GIANT approach integrates upending and driving in one sequence, no separate tools, no grippers, no backup impact hammers. In a recent commercial project with demanding sands and gravels (CPT qc averages 35–45 MPa; peaks to 70 MPa), GIANT2000 drove >700-ton, Ø7.75 m monopiles to 25–30 m target depths with ~18 minutes of net driving per pile and a full deck-to-deck cycle of 3–3.5 hours, enabling realistic rates of 2–3 monopiles per day.
Beyond pure throughput, vibro driving enhances verticality control and reversibility. If alignment drifts, the pile can be retracted using the same liquefaction effects and re-driven, without additional equipment or schedule pain.
Science-backed and pushing the frontier
Dieseko doesn’t just build equipment; we invest in the evidence base that de-risks its use. We contributed to the landmark 2014 Cuxhaven tests, supported university programs (e.g., SAGE Sand with KU Leuven), advised national governments, and participated in Joint Industry Projects like Vibrodrive+ and Clearwind to refine drivability models and decommissioning strategies. Our GIANT2000 monitoring system captures high-resolution data on every installation to validate models, inform third-party analyses, and accelerate continuous improvement.
We are also advancing the next step — our GIANT4000 — to meet deeper water, larger diameter foundations while preserving the same modular DNA and environmental advantages.
A pragmatic path to lower levelized cost of electricity
When you remove noise-mitigation spreads, compress deck-to-deck cycles, and standardize around a reusable component set, you unlock a cleaner cost curve for offshore wind. The outcome is lower project risk, higher vessel productivity, and better auction competitiveness: exactly what the market needs to deliver capacity at scale.
Explore the full analysis
This whitepaper summarizes the key findings from our new white paper on vibro-driven monopile installation, including methods, data, and case results. For the full technical detail — acoustics, drivability modeling, CPT interpretation, and the GIANT roadmap — download the attached white paper (PDF).
Interested in applying vibro-drive on your next project? Our specialists can model your site conditions and run a GIANT configuration study to quantify schedule, noise, and cost impacts.
Rob Eijkens
Offshore Business Development & Technical Manager Offshore