Hop a Diver Propulsion Vehicle (DPV) off Funchal’s shore for a two-hour guided dive that doubles your range and halves the finning. Ideal for certified divers who want an efficient, exhilarating way to explore Madeira’s volcanic reefs.
More ways to explore the area's outdoor wonders
The water at Funchal’s shoreline glints like a slow-moving current of silver as certified divers clip into an underwater scooter and ease off the wall.
Difficulty
moderate
Duration
2 hours
Fitness Level
Reasonably fit in the water with comfort swimming, buoyancy control, and the ability to perform standard scuba tasks; not physically strenuous on land.
Wildlife
History
Madeira was settled by Portuguese sailors in the 15th century; its maritime traditions shaped modern dive operations and coastal navigation practices.
Conservation
Local dive operators follow low-impact practices like stable buoyancy and no-touch policies; respect marine life and avoid disturbing reef structures.
Reserve your spot on the Funchal: DPV Scooter Dive Adventure - for certified divers today and enjoy a trusted, highly rated experience designed to help you make the most of your adventure.
Certification and Recent Dive
Bring proof of certification and a log showing a dive within 12 months; operators require at least 10 total dives.
Mask Fit and Exposure Protection
Use a well-sealed mask and choose exposure protection (3mm–5mm shorty or wetsuit) based on water temperature to stay comfortable during the surface intervals.
Practice Neutral Buoyancy
Good buoyancy control is essential while operating a DPV—practice hovering without the scooter before engaging the throttle.
Conserve Air, Monitor Gauges
DPVs reduce effort but not air consumption—check your pressure and break the dive early if you feel rushed.
Mask with Good Seal
Prevents leaks while turning and riding the DPV—critical for comfort and visibility.
Regulator and Octo
Familiar personal reg gear reduces swap time and ensures redundancy.
Exposure Suit (3–5mm)
spring
Dive Computer
Tracks depth, no-deco limits, and helps plan conservative DPV-assisted navigation.