Suex XJ UV-Scooter
UV scooters are not just fantastic underwater toys; they also offer numerous advantages during diving, such as reduced air consumption and the ability to explore a larger area on your dive! Additionally, the scooter serves as a valuable safety tool for deeper technical diving. We offer all models from the renowned brand SUEX. All UV scooters are available by special order. Contact the store for inquiries and questions about the products.
SUEX's XJ is the big boy of the class. A scooter that is excellent for demanding technical divers, commercial divers, as well as divers interested in cave diving and wreck penetration. The scooter comes in two variants - Standard XJS and a XJT(Travel) travel version with a travel-friendly and allowed NiMh battery. If you depend on long battery life per charge due to extended technical dives, you should focus on the XJS model.
LENGTH mm 814 (inch 31.1)
WIDTH mm 436 (inch 17.2)
HEIGHT mm 340 (inch 13.4)
BODY DIAMETER mm 197 (inch 7.8)
WEIGHT WITHOUT BATTERY kg 14 (lb 30.9)
WEIGHT WITH BATTERY kg 20 (lb 44.1)
MATERIAL TYPE Aluminum body
MAX STATIC THRUST N 330 (lb 74.2)
TOP SPEED mt/min 85 (ft/min 278)
MAXIMUM OPERATIONAL DEPTH mt 200 (ft 656)
TEST DEPTH mt 300 (ft 984)
BUOYANCY/ TRIM Neutral Trim and Buoyancy
IN-WATER USAGE TEMPERATURE °C -5/+35 (°F +23/+95)
BATTERY TYPE (XJT) Nimh, (XJS) LI-ion
NOMINAL VOLTAGE Volt 26.4
NOMINAL CAPACITY Wh 370
MAXIMUM RECHARGING TIME h 8
CHARGER POWER SUPPLY Volt 90/240 - 50/60 Hz
LI-ion BATTERY (XJS)
| SPEED | BURNTIME | RANGE |
| Full trigger | 85 min | 5.9 km |
| 60 mt/min | 150 min | 7.2 km |
| Cruise 45 mt/min | 185 min | 8.1 km |
| 30 mt/min | 275 |
NIMH BATTERY (XJT)
| SPEED | BURNTIME | RANGE |
| Full trigger | 35 min | 2.4 km |
| 60 mt/min | 50 min | 2.9 km |
| Cruise 45 mt/min | 75 min | 3.2 km |
| 30 mt/min | 110 min |
The above values were obtained under the following criteria: Fully charged batteries, a diver weighing 70 kg, 170 cm tall, wearing a wetsuit, a double 12L cylinder set, and in a horizontal trim. The test was conducted in seawater with no current.
