The LiTime 12V 100Ah TM Smart is a battery pack with 1280 Wh of energy, dimensions of 13 × 6.77 × 8.5 inch and a stated charge of 14.4 V CC/CV, 20 A recommended.
Last updated: 11 September 2026
What we found
- Matched to TRACKER Boats PRO TEAM 175, by setting each maker's published figures against the other — neither names the pairing.
- Matched to devices across several brands, by setting each maker's published figures against the other — neither names the pairing.
- Specifications are published for it, each with its source.
Battery and charging
- Energy
- 1280 Wh
- Internal resistance
- 40 mΩ or less
- Recommended charging
- 14.4 V CC/CV, 20 A recommended
“Energy 1280Wh”
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
“Internal Resistance ≤40mΩ”
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
“Charge Voltage 14.4V±0.2V”
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
Size and fit
- Overall dimensions
- 13 × 6.77 × 8.5 inch
- Torque for the battery terminal nuts
- 12 to 14 N·m on the M8 terminal bolts
“Dimension L13*W6.77*H8.5 inch”
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
“Recommended Terminal Torque 106.2 to 123.9 inch·lbs / 12 to 14 N·m”
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
Compatibility
- Motors it will run, and how many packs
- 12V to 70 lb; 2 in series to 100 lb; 3 to 120 lb
“This product is suitable for 12V trolling motors up to 70lb thrust; 2*identical batteries in series for 24V trolling motors up to 100lb thrust; 3*identical batteries in series for 36V trolling motors up to 120lb thrust.”
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
Devices documented to run on this
The figures below line up. Neither manufacturer states that this pack runs this device — that is our reading of what each of them published separately, not a claim by either of them or a test by us. Even where every stated figure agrees, these can still decide it:
- The device’s published draw is usually a peak, not the load it holds — the two numbers are not the same kind of quantity
- A maker’s amp-hour minimum and their reserve-capacity minimum can give different answers about the same battery
- Conditions attached to the chemistry, such as a speed limit for running on lithium
- Whether the pack may be wired in series at all, where the device needs 24 or 36 volts
- The charger, which both makers put conditions on and neither supplies
- Case size, hold-down and terminal type — fitting the space is not being secured in it
Worth confirming with the device's manufacturer or a dealer before buying.
One of these, on its own, at 12 V.
Two of these, identical to each other, wired in series for 24 V.
Three of these, identical to each other, wired in series for 36 V.
“This product is suitable for 12V trolling motors up to 70lb thrust; 2*identical batteries in series for 24V trolling motors up to 100lb thrust; 3*identical batteries in series for 36V trolling motors up to 120lb thrust.”
Only within LiTime's ceiling of 70 lb of thrust for a 12 volt motor — check yours before buying. The rows below without a line of their own are within that ceiling.
Only within LiTime's ceiling of 100 lb of thrust for a 24 volt motor on two packs in series — check yours before buying. The rows below without a line of their own are within that ceiling.
Only within LiTime's ceiling of 120 lb of thrust for a 36 volt motor on three packs in series — check yours before buying. The rows below without a line of their own are within that ceiling.
The packs must be identical to each other — the maker's rule says so, and mixing capacities or ages in series is how one cell group ends up carrying the bank.
The battery maker's own rule covers this motor, quoted above.
Minn Kota ask for “at least a 105 amp-hour rating”, in a paragraph about lead-acid: “The motor will operate with any lead acid, deep cycle marine 12-volt battery/batteries.
Source: johnsonoutdoors.widen.net/content/zp8zgjh29h/pdf/Terrova-BT-Installation-2327132rj.pdf
For best results, use a deep cycle, marine battery with at least a 105 amp-hour rating.” This pack is LiFePO4.
Both statements are recorded and neither has been resolved in favour of the other.
The packs must be identical to each other — the maker's rule says so, and mixing capacities or ages in series is how one cell group ends up carrying the bank.
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
- Minn Kota Terrova 55 lb (54" shaft, wireless remote)Figures comparedView device: Minn Kota Terrova 55 lb (54" shaft, wireless remote) →
The two makers do not agree here. For a lithium pack the same maker's thrust-to-capacity table names a different figure for this motor: “55 lb AGM or Lithium 100Ah 2–4 hours Most common setup” Those are two of Minn Kota's own numbers for two different chemistries, and an amp-hour rating does not carry from one to the other, so they are set out here rather than compared. This pack is 100 Ah.
Source: minnkota.johnsonoutdoors.com/us/blog/selecting-best-trolling-motor-battery
- Minn Kota Terrova 80 lb (60" shaft, wireless remote)Figures comparedView device: Minn Kota Terrova 80 lb (60" shaft, wireless remote) →
The two makers do not agree here. For a lithium pack the same maker's thrust-to-capacity table names a different figure for this motor: “80 lb Lithium 100–125Ah 2–3 hours Best for long days” Those are two of Minn Kota's own numbers for two different chemistries, and an amp-hour rating does not carry from one to the other, so they are set out here rather than compared. This pack is 100 Ah.
Source: minnkota.johnsonoutdoors.com/us/blog/selecting-best-trolling-motor-battery
- Minn Kota Terrova 112 lb (60" shaft, CHIRP sonar, wireless remote)Figures comparedView device: Minn Kota Terrova 112 lb (60" shaft, CHIRP sonar, wireless remote) →
The two makers do not agree here. For a lithium pack the same maker's thrust-to-capacity table names a different figure for this motor: “112 lb Lithium 125–150Ah 1.5–2.5 hours Heavy-duty” Those are two of Minn Kota's own numbers for two different chemistries, and an amp-hour rating does not carry from one to the other, so they are set out here rather than compared. This pack is 100 Ah.
Source: minnkota.johnsonoutdoors.com/us/blog/selecting-best-trolling-motor-battery
Compatible platforms
These figures match. Nothing states that the packs are interchangeable — that is our observation of published specifications, not a claim by the manufacturer or a test by us. Even when every stated figure agrees, these can still differ:
- BMS communication — many packs authenticate with the platform over a data bus
- Maximum discharge current, which the capacity figure does not express
- Pin assignment inside an identical connector shell
- Mounting rail, lock and cradle — a shared case is a shared shape, not a fit
- Firmware or serial pairing, where the manufacturer uses it
Worth confirming with the manufacturer or a dealer before buying.
- TRACKER Boats PRO TEAM 175Figures comparedView platform: TRACKER Boats PRO TEAM 175 →View battery: TRACKER Boats PRO TEAM 175 →
Only for the boat's TROLLING battery — not the cranking battery on the other tray — check yours before buying.
Sources do not establish: whether the pack physically fits. TRACKER publish no battery-tray dimensions for this boat, so nothing on file establishes that this pack sits in the tray or takes the hold-down. Measure the tray before buying.
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
Sources
- LiTime 12.8V 100Ah Trolling Motor Smart Battery — User ManualManufacturer document
LiTime
Source: cdn.shopify.com/s/files/1/0667/7220/5788/files/LiTime_12.8V_100Ah_Trolling_Motor_Smart_Battery_-_User_Manual.pdf
Retrieved September 11, 2026