With its modular construction, high power variable frequency, sensor capabilities, and software control, Feritech’s vibrocorer is one of the most versatile on the market.
The 3rd generation FT550 variable frequency, high power Vibrocorer is lightweight and leads the market in its technical innovation and performance. The subsea equipment is built to withstand the harsh offshore environment and unforgiving handling. Due to its simple-to-assemble modular construction, the system can be mobilised very quickly for cores of 1-12m.
Our advanced integrated software, Feritech HUB, informs the engineer of the information he needs to ensure efficient, successful and safe deployment and operation.
- Variable frequency of 0 – 50Hz
- High power with up to 75kN thrust
- 1 – 12m modular construction (in 1m increments)
- Rapid mobilisation with plug and play setup
- Change barrels with the frame laid horizontally or vertically
- 2:1 mechanical advantage on lifting wire aiding barrel extraction
- Quick barrel release system
- 300m – 7,000m depth rating available
- Stable operation in up to 10 knot tides
- Consumables compatible with our gravity and piston corers
- Frame hot-dip galvanised to BS EN ISO 1461:2009
High Power, Variable Frequency
Feritech Global’s Vibrocorer is the only system on the market with an integrated high power variable frequency system. By using this unique variable frequency system, sample disturbance is minimised, ensuring a high quality sample regardless of high power settings.
Modular and quick to mobilise
The system is modular and very easy to use. It can be configured to collect cores from 1m to 12m long in 1m increments and is very quick to mobilise either onboard or on the quayside.
The frame is made from common modules that can be quickly configured to collect the required core length.
Barrel swap in any position
Unlike any other Vibrocorer system, our Vibrocorer can be deployed and recovered to deck in the horizontal or vertical axis without requiring a LARS. Barrels can be swapped in either position meaning that the user can choose the best deployment and recovery method for the vessel they are operating from.