What Are Redodo Trolling Motor Batteries?

Redodo trolling motor batteries are lithium iron phosphate (LiFePO4) power solutions optimized for marine propulsion systems. Engineered with smart BMS technology, they offer voltages from 12V to 36V, capacities up to 280Ah, and low-temperature protection for reliable operation in boats. Bluetooth connectivity enables real-time monitoring via smartphone apps, while 50A-100A discharge rates support demanding trolling motor applications. These batteries provide 4,000–15,000 cycles with a 10-year design lifespan.

What voltage systems do Redodo trolling batteries support?

Redodo produces 12V, 24V, and 36V systems tailored to trolling motor thrust requirements. The 36V 50Ah model supports 100–120 lb thrust motors with 50A continuous/250A peak discharge. Pro Tip: Match voltage to motor specs—36V systems reduce current draw by 33% compared to 12V setups for equivalent power.

Redodo’s 12V models (50–280Ah) power smaller motors under 55 lb thrust, while 24V 100Ah units handle mid-range needs. Voltage consistency is maintained within ±0.5V during operation through precision-balanced cells. For example, a 24V 100Ah battery delivers 2.56kW, running a 45 lb thrust motor for 6–8 hours. Transitional note: Beyond voltage selection, capacity planning is critical—doubling Ah rating extends runtime proportionally.

How does Bluetooth monitoring enhance usability?

The Bluetooth 5.0 module enables real-time tracking of voltage, current, and state of charge via Redodo’s app. Users set low-voltage alerts at 10.5V (adjustable) and monitor cell balancing status. Practically speaking, anglers can verify remaining runtime during fishing trips without manual multimeter checks.

Advanced diagnostics include cycle count tracking and temperature logs. The app’s firmware update feature ensures compatibility with new motor controllers. For instance, when paired with a 36V motor drawing 30A, the battery’s 50Ah capacity provides 1.66 hours at full throttle—displayed as percentage depletion on the app. Transitional note: While convenient, Bluetooth consumes <1% of battery capacity monthly, requiring no runtime compromises.

What BMS protections are implemented?

Redodo’s 100A BMS safeguards against overcurrent, short circuits, and thermal runaway. It manages cell balancing within ±20mV and enforces low-temp charging cutoffs below 32°F. The BMS allows 150% overload for 3 seconds—crucial when motors encounter weed clogs.

During testing, the 100Ah 24V model sustained 100A discharge for 60 minutes without voltage sag below 21V. Pro Tip: Avoid continuous draws above 80% BMS rating—exceeding 80A on 100A systems accelerates degradation. Think of the BMS as a digital lifeguard: it doesn’t prevent swimming but intervenes when currents turn dangerous.

How does low-temperature protection work?

Redodo batteries disable charging below 32°F (0°C) via BMS-controlled relays, preventing lithium plating. Discharge remains functional down to -4°F (-20°C) with 15% reduced capacity. In practical terms, ice fishers can operate motors in subzero conditions but must warm batteries to 41°F+ for recharging.

The system uses NTC thermistors for ±2°C accuracy across cells. When stored at -22°F (-30°C), self-discharge drops to 2% monthly versus 3% at room temperature. Transitional note: While winter-resistant, battery heaters are recommended for <14°F environments—Parasitic draw is <1W for most 12V models.

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