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THE BIRD IS BACK! BigBattery’s 48V 3.1 kWh LiFePO4 FALCON Elite battery is our latest golf cart solution and serves as a high-capacity upgrade for your high-powered 48V golf and utility carts.
The FLCN Elite was inspired by our top-performing 72V FLCN, and brings the power of the FLCN down to 48 volts. The FLCN Elite is our most energy dense 48V golf cart solution at a whopping 49.5 Wh/ft3. Equipped with Tier 1 LFP cells, our proprietary advanced BMS, and 300A Safety Fuse, the FLCN Elite is a safe, reliable, and energy efficient lithium upgrade for your carts. Plus, the FLCN Elite comes with cutouts at the base so you don’t have to worry about any plastic dividers in your battery tray.
When you equip your cart with the FLCN Elite, you’ll be experiencing higher top speeds, faster acceleration, and greater range, while saving huge amounts of space and weight. Take your golf cart to the next level with the 48V FLCN Elite!
A single 48V Falcon Elite is intended to power a standard stock golf cart. Golf carts with high-power motors or controllers may require more than one battery. Please compare the Continous Power specs for the Falcon Elite or Falcon Elite kit to your motor and controller in order to properly choose your battery kit. Overworking the battery outside of specifications will void the warranty.
Strong 3.1 kWh Power Pack: Delivers a dependable 61Ah capacity, ideal for mid-range electric vehicles, small solar setups, and mobility systems.
High-Efficiency LiFePO4 Chemistry: Safer, cooler, and significantly longer-lasting than traditional lead-acid batteries.
Compact, Space-Saving Design: Fits easily into tight compartments while still offering substantial energy storage.
Reliable Discharge Output: Provides smooth, consistent power for acceleration, hills, and high-demand accessories.
Integrated Smart BMS: Protects against overcharge, short circuit, temperature issues, and ensures optimal longevity.
Low Maintenance, High Value: Minimal upkeep with long cycle life, helping reduce long-term operating costs.
Q: What is the Big Battery 48V FALCON ELITE used for?
A: It’s ideal for 48V golf carts, electric vehicles, solar setups, and lightweight mobility applications needing a compact but powerful LiFePO4 battery.
Q: What is the capacity of the Falcon Elite?
A: It provides 61Ah and 3.1 kWh, delivering strong performance and extended runtime in a small form factor.
Q: What battery chemistry does it use?
A: The Falcon Elite uses LiFePO4, offering high safety, long cycle life, and fast charging.
Q: Does it include a BMS?
A: Yes, it features an integrated Smart BMS with protections for temperature, overcharge, over-discharge, and cell balancing.
Q: Is it a drop-in replacement for lead-acid batteries?
A: Yes. It’s designed as a lightweight, maintenance-free, plug-and-play replacement for most 48V lead-acid packs.
Q: How long does it last?
A: The LiFePO4 chemistry allows thousands of cycles, providing years of reliable use with minimal degradation.
Q: How fast does it charge?
A: With high charge acceptance and LiFePO4 efficiency, it supports rapid charging when paired with a compatible 48V charger.
Q: Why is the Falcon Elite popular?
A: Users praise its compact size, long lifespan, strong power output, and Big Battery’s proven build quality.
Inspect terminals monthly: Keep connections clean, dry, and tight to ensure optimal conductivity and prevent corrosion.
Charge properly: Use only the approved charger. Avoid deep discharges—recharge at 20–30% to maximize cycle life.
Temperature care: Operate and store the battery in a cool, dry environment; avoid extreme heat, freezing temps, and direct sunlight.
Balance charge periodically: Complete a full balance charge every 1–2 months to keep cells evenly charged and performing at peak efficiency.
Monitor BMS alerts: Check for error codes, temperature warnings, or voltage irregularities. Address abnormalities immediately.
Protect the housing: Inspect for cracks, swelling, or impact damage. Ensure cables and connectors remain free of frays or stress.
Avoid overload: Do not exceed recommended continuous discharge limits; high-load spikes can shorten overall lifespan.