If your in the market for a spare Torqeedo battery you may want to consider purchasing the Travel 1003 S/L battery. The battery is a little larger but packs 200 more watt hours. This means more distance for you. Designed for the 3HP 1003 Travel electric outboard motor the battery is also compatible with the Ultralight 403 system.

As the 1003 S/L battery is still very light at 9.9 lbs it only weighs 3.5 lbs more than the Ultralight 403 battery. It does not require any additional adapters or cables as all of the existing Ultralight 403 throttle, cables, and charging devices are compatible with it.

Similar to the Torqeedo Ultralight 403 the  Travel 1003 battery has the integrated GPS for your remote throttle readouts and will be compatible with the Torq Trac app for smartphones.

The chart below shows the comparison between the included 403 battery and the spare 1003 battery.

Now for the real question. How much more does the larger battery cost? The Travel 1003 MSRP is $699.00. The Ultralight 403 MSRP is $599.00. For the $100 difference the performance is worth it.

One feature the Travel battery does not have is the auto shut off when inverted. This should not be a problem if you are clipped into the magnetic key. If you fall out of your kayak or flip the motor will shut off anyway.

Although the housing and size is a little larger the battery still fits inside the Jackson Big Rig’s rear hatch.

This past weekend I tested my new Travel battery. The first thing that became apparent to me was that the length of time the display read 100% charge compared to with the Ultralight battery. Granted the battery is brand new.  I was able to fish over 5.5 hours basically full throttling all day between drifts. At the end of the day i had well over 47% of battery left. Typically on the 403 battery i would have had around 20% left.

I will attempt to compare more of the usage between the two  in a future post.

Please visit http://www.torqeedo.com/us/technology for more information.

In my previous Torqeedo install article I left off that there was some small issues with the performance due to the limit of the manufacturers motor shaft length.  In the install manual it states the boom shaft that attaches to the ball on the kayak is to be completely level. Well this is found to be false. Pitching the boom down towards the water is the fix.

A support brace was custom made by a certified Torqeedo installer which mounts from the factory rudder mount threaded insert location. On the stern of the Big Rig you will notice the two brass threaded inserts molded into the hull. The rubber brace was removed from the kayak position and mounted to the custom bracket to brace the boom closer to the motor and allow the pitch.

The longer shaft allows the motor to use the small pitch and gain about 4 inches deeper into the water which was necessary to fix the cavitation issue. The gain on speed is minimal from the testing i have done but has not been tested in the control venue at Round Valley Res where the first test was initiated.

Lessons learned. If I was to  install this motor on another Jackson Big Rig I would mount the ball on the flat area about 6″ towards the stern. This would have allowed me to angle the boom down more. For me this was the first time following the installation book was wrong. The setup however did work just not well enough for my liking.

The Torqeedo motor system on the Big Rig is awesome! I do recommend it highly. This was my fix. Hopefully your install will be smoother by following my posts on The Plastic Hull.net.

Good Luck!

Disclaimer:

Installing hardware may cause damage and/or void manufacturer warranties.  ThePlasticHull.net its authors or any other source of information on this website is in no way responsible for your actions nor any type issues or damage that may occur.  The information provided on this website is a free reference guide only. The authors of all information, sponsors and the owners of the website that host this information are not liable for any problems or issues that arise from the use of this information. Users of this information hereby acknowledge that all use of this information is done by their own free will, at their own sole risk, understanding that destruction of property, injury, or death could occur.

Other Torqeedo Posts:

Creating a semi-permanent install for multiple kayaks is a challenge. Since most of us fish on a budget two separate fish finder units is not feasible. For about 1/4 the price of a new Lowrance Elite 5 HDI unit you may purchase a new Transducer, Power cable, and the neat Lowrance kayak scupper mount kit. This application is only for sit on top kayaks like the Big Rig with round scupper holes. The mount and this particular transducer as of 2014 other Jackson Kayak Models will not work due to the oval scupper shape and being that the bottom of the supper is simply not wide enough to accept the transducer mounted flush.

In the photo to the left shown is the un-boxed scupper mount and the transducer and cable. This transducer has been a challenge to mount to other kayaks until the Big Rig with its enlarged hull scupper clearance as it is Raymarine ready.

To install simply using the bolt washers mount to the bottom of the scupper mount as you would the transom mount. Once this is completed pull the plug end of the transducer wire from the bottom of the scupper through towards the deck. Once all of the cable is pulled then insert the threaded plastic into the scupper. The transducer should face bolted end/cable to the bow. Then slide the gray fitting down the threaded shaft and tighten the thumb nut all the way down until snug. Once fit you may cut the shaft and place the Lowrance cap on top. Done!!

This is the best way to install any transducer out there. You get accurate temperature readings and a completely better signal for clarity rather than the shoot thru hull option.

I prefer to hide all of my wires and cables within the hull of the kayak. Just less mess less things to snag your hooks on and the best way to protect expensive electronics cables. Due to the 1″ diameter colors on the Lowrance HDI plugs we need to drill a 1″ hole to get these cables inside the hull. Now that’s a huge hole. It took a while to find a part to seal this with for a really clean install. I’m not the type that likes to run cables through hatches. West Marine makes a hull pass through that worked perfectly for this application. I have never seen these used on a kayak before but they are excellent. Low profile watertight and clean!

To start use a 1″ boring drill bit. The hull pass through fitting includes a rubber grommet. I used this as a template placing it exactly where the fitting would be placed. Marked the center with a punch and drilled. See drilled hole to the right. Run sonar plug through and using the thru hull cap press firmly with a screwdriver and screws will self tap. The rubber will push out and this when it is tight. Do not over tighten as the screws will strip out the plastic therefore becoming loose.

Do the same steps for the opposite side but this time with the power wire and the transducer plug through 1 hole. This one bring the sonar plug through the hole first. Then snake through from the outside the power wire. The power wire will be then run to your battery location. Mine will be in the stern. The white wire in the photo runs back to the stern for the battery box hook up. I will splice that into the power wire for the unit.

Along with the standard molded in center Gear Track on the Big Rig and paired with a Ram Mounts Electronic Mount for Lowrance this is an excellent system! There are now multiple places to position the unit. The option to slide forward or back or mount to the side Gear tracks however is most comfortable.

If you have any questions about this install or anything else please leave me a comment.

Disclaimer:

Installing hardware may cause damage and/or void manufacturer warranties.  ThePlasticHull.net its authors or any other source of information on this website is in no way responsible for your actions nor any type issues or damage that may occur.  The information provided on this website is a free reference guide only. The authors of all information, sponsors and the owners of the website that host this information are not liable for any problems or issues that arise from the use of this information. Users of this information hereby acknowledge that all use of this information is done by their own free will, at their own sole risk, understanding that destruction of property, injury, or death could occur.