Electric motor Torqeedo travel 1103.
Really flexible electric motor for boat with built-in battery.
Easy to handle as both throttle arm and battery are easily removed from the engine unit.
The engine is started and seems to work well both forward and reverse. No charger for the motor is included, but these can be purchased as accessories.
Info from supplier:
Travel 1103C
Our popular model Travel 1103 is now available in a version with longer range and longer driving time thanks to a lightweight battery of 6 kg and 915Wh. The combination of this battery and the super efficient travel motor means that Travel C can cover 18 nautical miles (33 km) at a speed of 3 knots. Thanks to built-in GPS and the Torqeedo on-board system, you never have to be surprised, you always have full control over how much is left in the battery and how far it takes you.
For inflatable boats, dinghies and sailboats up to 1.5 tons.
Quickly and easily disassemble the engine into three parts for convenient transport and storage, then reassemble it just as easily. Give power so gently that even mooring becomes fun. Speak in a normal conversational tone, even at full speed. Does all of the above sound too good to be true? With the Travel 1103 C from Torqeedo it is completely possible!
The engines offer the same range and performance as a small petrol engine, but are more manageable, quieter, lighter and more environmentally friendly. The Travel 1103 propels inflatable boats, dinghies and sailboats (up to 1.5 tons) without any problems - for several hours straight! Thanks to the integrated GPS receiver, the display in the tiller provides continuous information about range, speed and remaining battery capacity. An audio signal notifies when there is 30%, 20% and 10% of battery time remaining. When the battery is discharged, you simply plug the charger into an electrical outlet. With the new fast charger, the charging time is now halved from 12h to 6h. It is also possible to charge the battery via a 12V system on board the boat. Finally, the battery can be charged using a solar panel during the journey using the sun's rays.
