Battery Specifications
| MODEL NO. | MLS – Lithium Shuttle |
| ESTIMATED RUNTIME* | Up to 40 Hours Depending on Conditions |
| SIZE | 10-7/8″ x 10-1/2″ x 10-5/8″ |
| WEIGHT | 4 lbs. 5oz. |
| CAPACITY | 12-amp hour |
| VOLTAGE | 12.8 Vd.c. |
| TERMINALS | MarCum Proprietary Power Plug |
| PEAK DISCHARGE | 10-amps |
| MAX CHARGE CURRENT | 10-amps |
| BMS PROTECTION |
Circuitry designed to prevent the battery from operating outside its safe operating levels. Includes: over-current & over-voltage protection, regulates operation during high & low temperatures, balanced charging, and short circuit protection. |
| OPERATING TEMPERATURE | -29°C to +49°C |
LITHIUM SHUTTLE FEATURES
- Compact, Lightweight, Long-Lasting
- Up to 40 Hour Continuous Run Time (Battery life varies by use, settings, configuration, and many other factors)
- Lithium ION Polymer Battery
- Recharge Fast with the included 3-amp Hour Charger
- Battery Status Indicator
- LED Lighting Positioned to Illuminate Hole and Charge Glow Lures
- Dual USB Power Ports
- Integrated Cable Storage and Grips
- Dual Rod Holders
- Two 1/4 – 20 Ports for Additional Accessories
- Inverted Transducer Rest Eliminates Freeze Up
- Dual Transducer Support Arm Mounts (One transducer support arm included)
- Articulating Handle with Locking Spokes Adjusts to Fit Most Ice Sonar Systems
- Easy Assembly
*Runtime estimates are based on power usage with factory default settings. Changes in user settings like screen brightness can have a major impact on power draw and therefore runtimes. MarCum Technologies offer these estimates to aid in determining the size battery you need to meet your use case.
Weights & Dims
| PHYSICAL DIMENSIONS | 9.5″ x 9.5″ x 11″ |
| WEIGHT | 4.5 lbs. |
Accessories Included
| BATTERY | Lithium Shuttle with Built-in Rechargeable 12-Volt 12-amp |
| CHARGER | 3-Stage Automatic Lithium Charger |
| WARRANTY | One Year System Warranty |
Manual for the MarCum Lithium Shuttle Download for Free! Click on link Lithium Shuttle Manual
Manuel en français pour le système MarCum Lithium Shuttle
Télécharger gratuitement! Cliquez sur le lien
Lithium Shuttle Manuel en Français
BMS Protection
Circuitry designed to prevent the battery from operating outside its safe operating levels. Includes: over-current & over-voltage protection, regulates operation during high & low temperatures, balanced charging, and short circuit protection.
Warnings
- Do not immerse the battery in water or sea water. Keep the battery in a cool dry place when not in use.
- Do not use or leave the battery near a heat source (i.e. heater, furnace, fire).
- Use the battery charger only as directed when recharging.
- Do not reverse the positive and negative terminals on the battery connections.
- Do not discard the battery in a fire, furnace, or other combustible space.
- Do not connect the battery directly to an electrical outlet.
- Do not short –circuit the battery by directly connecting the positive and negative terminals with metal objects.
- Do not directly solder the battery or pierce the battery with a nail or other sharp objects.
- If the battery gives off an odor, generates heat, becomes discolored or in any way appears abnormal during use, or while charging or discharging, immediately stop using it.
- If the battery leaks and the battery contents (electrolyte) gets into an eye, do not rub the eye. Instead, flush the eye(s) with clean water and immediately seek medical attention or it may result in injury to the eye(s).
- Do not use the battery in a location where static electricity or magnetic fields are great or it may result in damage to the battery safety devices.
- Do not leave the battery in high temperatures (i.e. in direct sunlight or in a vehicle in extremely hot weather) or it may overheat, and its performance will be degraded, and service life decreased.
- Tape the battery terminals prior to disposal to insulate them as discarded batteries may cause fire or explosion.
- Follow manufacturers instructions.
Scott Mackner, known by his handle 330 Maniac, is an avid fisherman and content creator from Minnesota. He is known for his fishing and trapping videos, his knowledgeable skill set and his ability to chase down a multitude of species.
He recently sat down with us to discuss why he made the switch to MarCum. From target separation to customizable zoom, Scott breaks down the top 5 reasons he chooses the LX-7 Combo over anything else.
The MarCum Lithium Shuttle is powerful. It’s equipped with a 12V, 12Ah Lithium ION battery that can extend the life of your unit for up to 40 hours. However, the shuttle is much more useful than just a power pack. Rather, it comes with a long list of features that can change the way you fish.
With the RT-9 2.0 you get more than just a flasher. Instead, you get an entire ice fishing system complete with sonar, mapping, recording, dual flasher capabilities and more. Combine these features with unlimited flexibility, and you have the ultimate system for the ice. In fact, it has such a vast amount of features that we put together a list of the 5 things that you probably didn’t even realize you can do with the RT-9 2.0.
AVERAGE RUNTIMES
WITH SPECIFIC MODELS
model |
power draw |
estimated runtime |
|---|---|---|
| M1 | 0.23A | 52 hours |
| M3 | 0.20A | 60 hours |
| M5 | 0.28A | 43 hours |
| LX-6s | 0.37A | 32hours |
| LX-7 | 0.55A | 22 hours |
| LX-9 | 0.78A | 15 hours |
| VS485c | 0.38A | 32 hours |
| Mission SD | 0.30A | 40 hours |
| Quest HD | 0.88A | 14 hours |
model |
power draw |
estimated runtime |
|---|---|---|
| Ice 35 | 0.21A | 57 hours |
| Ice 45 | 0.25A | 48 hours |
| Ice 55 | 0.30A | 40 hours |
| Piranha MAX 4/4DI | 0.18A | 67 hours |
| Helix 5 (ALL Models) | 0.65A | 20 hours |
| Helix 7 (ALL Models) | 0.80A | 14 hours |
| Helix 8 (ALL Models) | 1.00A | 12 hours |
| Helix 12 (ALL Models) | 1.75A | 7 hours |
| Solix 10 (ALL Models) | 2.40A | 5 hours |
| Solix 12 (ALL Models) | 2.88A | 4 hours |
| Solix 15 (ALL Models) | 4.56A | 3 hours |
*Power Draw collected from Humminbird® website: https://humminbird.johnsonoutdoors.com.
model |
power draw |
estimated runtime |
|---|---|---|
| Striker | 1.00A | 12 hours |
| Striker Plus | 1.50A | 8 hours |
| echoMAP 50s/dv | 2.25A | 5 hours |
| echoMAP 70s/dv | 2.25A | 5 hours |
| EchoMAP CHIRP 4x | 0.41A | 29 hours |
| EchoMAP CHIRP 5x | 0.59A | 20 hours |
| EchoMAP CHIRP 6x | 1.41A | 9 hours |
| EchoMAP CHIRP 7x | 1.67A | 7 hours |
| ECHOMAP Plus 4x | 0.41A | 29 hours |
| ECHOMAP Plus 6x | 1.00A | 12 hours |
| ECHOMAP Plus 7x | 1.25A | 10 hours |
| ECHOMAP Plus 9x | 1.50A | 8 hours |
| ECHOMAP Ultra 10x | 2.16A | 6 hours |
| ECHOMAP Ultra 12x | 2.16A | 6 hours |
| ECHOMAP UHD 6x | 1.00A | 12 hours |
| ECHOMAP UHD 7x | 1.25A | 10 hours |
| ECHOMAP UHD 9x | 1.50A | 8 hours |
| Livescope GLS10 | 4.83A | 2 hours |
*Max Amp Draw collected from Garmin® website: https://support.garmin.com and Manuals. Panoptix LiveScope GLS 10 Sonar Module listed as 58W max.; with a 12 volt dc power source, this equates to 4.83A.
model |
power draw |
estimated runtime |
|---|---|---|
| FL-8SE | 0.18A | 69 hours |
| FLX-12 | 0.20A | 60 hours |
| FL-18 | 0.18A | 69 hours |
| FLX-20 | 0.20A | 60 hours |
| FLX-28 | 0.20A | 60 hours |
*Power Draw collected from Vexilar® website: https://vexilar.com.
model |
power draw |
estimated runtime |
|---|---|---|
| Hook 5 | 0.90A | 13 hours |
| Hook 7 | 1.25A | 10 hours |
| Hook 9 | 1.50A | 8 hours |
| Elite-7Ti2 | 0.90A | 13 hours |
| Elite-9Ti2 | 0.90A | 13 hours |
| Elite-12Ti2 | 1.90A | 6 hours |
| HDS-7 | 1.70A | 7 hours |
| HDS-9 | 2.00A | 6 hours |
| HDS-12 | 2.30A | 5 hours |
| HDS-16 | 3.00A | 4 hours |
*Power Draw collected from Lowrance® website: https://lowrance.com/.
model |
power draw |
estimated runtime |
|---|---|---|
| 715c | 0.70A | 17 hours |
| HD7i Gen2 | 1.00A | 12 hours |
| HD7i Pro Gen2 | 1.20A | 10 hours |
| HD10i Gen2 | 1.50A | 8 hours |
| HD10i Pro Gen2 | 1.50A | 8 hours |
*Power Draw calculated from dividing the battery amp hours (dependent by model) by estimated runtimes provided from Aqua Vu® website: https://aquavu.com.
*Runtime estimates are based on manufacturer represented power usage with factory default settings. Changes in user settings like screen brightness may impact power draw and therefore runtimes. As MarCum is not affiliated with the other companies listed, please contact the individual manufacturer for any further information. MarCum calculates runtimes based on amperage of the battery divided by the power draw of the model number. MarCum will update power draw information as provided by manufacturer. MarCum Technologies offers these estimates to aid in determining the size battery you need to meet your use case.
