The SAV-7 improves your ability to transport items underwater.
Your hands are free to carry what you need.
Additionally, fold out wings on both sides of the saddle are available for towing other divers or attaching other items
of equipment.
The innovative SAV-7 challenges divers to create and find new techniques and methods of use.
Go out and enjoy diving with this great new generation diving product.
The hands-free riding style decreases fatigue, reduces air consumption, and extends your dive time.
In the past some divers have become fatigued from the energy and effort required to hold and steer an underwater
vehicle. In addition to being a potensial source of fatigue, the traditional hans-on riding style requires the user to
place themselves above the vehicle rather than inline.
Hands-free is an innovative riding style that allows an operator to steer the scooter with body movement; much like
a seal. This inline body placement is more streamlined to effectively decrease fatigue, reduce air consumption,
and extend your dive time. Go further, get there faster, and have a lot more fun along the way.
The hands-free riding style increases your options while diving. You are no longer limited to the hands-on riding style
required by other vehicles. The possibilities are endless.
Thank you for purchasing an SAV-7. The SAV-7 is revolutionary new underwater vehicle
equipped with functions and features that set it apart from previous models and other
brands.
Hands-free riding with the scooter saddle (PATENT.P)
The SAV-7 is not heavy burden
Improvement in transportation options
Quick and smooth speed control is now at your fingertip.
Speed adjustments are made via an accelerator button that changes
the rotational speed of motor while vehicle is in use.
Adjustments are very smooth, allowing user to fine tune speed.
These enhancements are a significant improvement on th apollo vehicle
series.
This new design provides a far more advanced control system than is
available on other underwater scooter.
Variable speed control
STOP
MIN
MAX
2
4
6
01
Introduction
