Bolt Energy 48V (51.2V) 105Ah LiFePO4 Lithium Battery | Polaris Ranger EV Conversion Kit 2010 - 2022
The Bolt Energy 51.2V 105Ah is a single-unit LiFePO4 lithium battery conversion kit that replaces all eight lead-acid batteries in a Polaris Ranger EV (2010–2022, factory lead-acid models). It weighs 100.8 pounds, delivers an estimated 30 to 50 miles of range per charge, and carries a 250-amp continuous BMS, 520-amp peak output, Bluetooth monitoring, an IP66-sealed powder-coated steel enclosure, and a 12-year limited warranty. It ships as the complete Professional Kit, with a heated version available for cold-climate operators and a two-battery 210Ah parallel configuration available for hilly terrain and heavy hauling.
Lead-acid battery banks wear out every three to five years, lose capacity in heat, and demand regular watering and terminal cleaning. The Bolt Energy 51.2V 105Ah replaces the entire eight-battery stock bank in a Polaris Ranger EV with a single lithium iron phosphate unit that charges faster, holds its charge for months between uses, and removes roughly 500 pounds of dead weight from the vehicle.
The stock Polaris Ranger EV runs on eight 12-volt lead-acid batteries wired in series. Together they weigh 600 to 700 pounds and require periodic watering, equalizing charges, and terminal cleaning. The Bolt Energy 51.2V 105Ah replaces all eight with a single unit weighing 100.8 pounds a reduction of roughly 500 pounds from the vehicle.
Owners who have completed this conversion report that the Ranger EV responds better on inclines and in 4WD, and that the battery holds a charge after weeks of storage without significant drop — something an aging lead-acid bank cannot do reliably past its second or third year.
Who This Battery Is For
A strong fit if you
- Own a factory lead-acid Polaris Ranger EV, 2010–2022
- Use the vehicle for farm runs, hunting access, property maintenance, or trail riding
- Drive mostly flat to moderate terrain
- Want to eliminate battery maintenance entirely
- Store the vehicle for weeks or months between uses
- Charge from a standard 110V outlet
- Operate in moderate to warm climates, or can provide shore power in winter storage
Step up to the 210Ah dual configuration if you
- Tow trailers or haul loaded cargo on sustained steep grades
- Run deep mud or aggressive 4WD regularly
- Need more than 50 miles of range per charge under load
- Operate in cold climates and want full-day confidence in winter
- Use the vehicle for backcountry hunting where making it back matters
Cold-climate storage: If your Ranger EV stores and charges below 34°F in an unheated barn, shed, or outdoor space, choose the heated version. See the Heated Battery Upgrade tab.
LiFePO4 Chemistry. Why It Matters
Lithium iron phosphate is a thermally stable lithium chemistry well suited to this application. Unlike other lithium formulations, LiFePO4 does not enter thermal runaway under overcharge conditions, and it does not lose capacity from partial charges the way lead-acid does. This battery uses prismatic Grade-A cells in a 1P16S configuration with a built-in 250-amp Battery Management System that protects against overcharge, over-discharge, over-current, short circuit, and temperature extremes with no input from the operator. Self-discharge is below 3 percent per month, so a battery charged before a hunting off-season will still hold the majority of its charge when the season begins.
Why Upgrade to Lithium
Replacing a lead-acid bank with a single lithium unit changes how the Ranger EV performs, what it costs to own, and how much attention it needs. The benefits below are the reasons owners make the switch.
~500 lbs Removed
Eight lead-acid batteries weigh 600 to 700 pounds. A single lithium unit weighs 100.8 pounds. Removing that weight increases usable payload and improves how the vehicle climbs and handles.
More Usable Range
Lithium can be safely discharged far deeper than lead-acid without damage, so a comparable-size pack delivers meaningfully more usable range per charge with no voltage sag as the charge drops.
Zero Maintenance
No watering cells, no equalizing charges, no terminal corrosion, no acid leaks. A visual inspection now and then is all the battery asks for.
Holds Charge in Storage
Self-discharge below 3 percent per month means the vehicle can sit for weeks or an entire off-season and still be ready to run a lead-acid bank bleeds down and can sulfate or freeze when left discharged.
Consistent Power
Lithium holds voltage steady through the discharge cycle, so the Ranger pulls the same on a hill at 30 percent charge as it does at 90 percent. Lead-acid weakens as it drains.
Faster Charging, Longer Life
Charges at 5 to 52 amps and is rated for thousands of cycles a service life measured in years, not the three to five typical of a lead-acid bank.
The practical result for most Ranger EV owners: plug in at the end of the day, skip the watering and corrosion cleanup entirely, and stop worrying whether the batteries will hold a charge after the vehicle has been parked.
Why Bolt Energy
Not all 48V lithium batteries handle the Polaris Ranger EV equally. The Ranger EV's motor draws more current than a typical golf cart, so the battery's continuous output rating matters more here than in most applications. This is where Bolt Energy separates from lower-spec drop-ins.
250A Continuous / 520A Peak
The integrated BMS handles 250 amps continuous and 520 amps peak for 30 seconds among the highest continuous discharge ratings in the category. For a high-draw vehicle like the Ranger EV, that headroom is what keeps the battery delivering under load instead of cutting out.
Grade-A Prismatic Cells
Built with automotive Grade-A prismatic LiFePO4 cells a stable chemistry that will not enter thermal runaway on overcharge, paired with a smart BMS that shuts the pack down before an unsafe condition can develop.
IP66 Powder-Coated Steel Case
A sealed metal enclosure, not plastic. Metal handles the heat that high-amperage draw creates and stands up to mud, water crossings, and trail impact conditions that corrode an open lead-acid battery over time.
Complete Professional Kit
Ships with everything the conversion needs: 400-amp solenoid, 30-amp voltage reducer, 2AWG installation cables, mounting bracket, lighted extension cord, AC hardwire port, ring terminals, and removal strap one of the most complete install kits in the category.
Bluetooth, Dash SOC & CAN
Monitor state of charge, voltage, and status from your phone over Bluetooth, or read it at a glance on the included dash SOC meter. A CAN port lets a technician pull diagnostics if needed.
12-Year Warranty, US-Based Support
Backed by a 12-year limited warranty and serviced domestically in Largo, Florida among the longest coverage in the space. We handle warranty coordination for you, so you have one point of contact if anything comes up.
Where this battery earns its place: If your Ranger EV works towing, hauling, climbing, running 4WD the 250-amp continuous rating is the spec that matters. Lower-output batteries can shut down when a demanding vehicle pushes past what their BMS sustains. Bolt Energy is built for the load.
105Ah vs 210Ah | Which to Choose
This battery is offered in two configurations: a single 105Ah unit and a two-battery 210Ah parallel setup. Both use the same battery, the same 250-amp BMS per unit, and the same warranty. The difference is capacity, range, and how much current the system can sustain under heavy load.
105Ah | Single Battery
- Estimated range: 30–50 miles per charge
- Best for: flat terrain, farms, ranches, campgrounds, gentle slopes
- Daily use: property and neighborhood driving under 30 miles
- Climate: warm to moderate, no extreme cold
- Load: two passengers, cargo, occasional light towing
210Ah | Dual Battery (Best for Hills & Heavy Use)
- Estimated range: 80–100 miles per charge
- Best for: hilly and mountainous terrain, sustained climbs, rough backcountry
- Load: heavy hauling, loaded cargo bed, towing trailers and farm equipment
- Climate: cold-climate operators wanting full-day winter confidence
- Use: backcountry hunting and all-day range without range anxiety
| Specification | 105Ah Single | 210Ah Dual |
|---|---|---|
| Total Capacity | 105Ah | 210Ah |
| Total Energy | 5,376Wh (5.4kWh) | 10,752Wh (10.7kWh) |
| Estimated Range | 30–50 miles | 80–100 miles |
| Continuous Discharge (combined) | 250A | ~500A |
| Peak Discharge (combined, 30s) | 520A | ~1,040A |
| Best Terrain | Flat to moderate | Hills, mountains, heavy grades |
| Towing / Heavy Hauling | Light, occasional | Sustained, loaded |
| Added Weight vs. Lead-Acid Removed | ~500 lbs saved | ~400 lbs saved |
Why the dual setup matters on a Ranger EV: The Ranger EV motor can draw roughly 300 amps continuously and approach 400 to 500 amps at full throttle under heavy load on steep grades. A single 105Ah unit and its 250-amp BMS covers normal flat-to-moderate use, where owners typically see 130 to 200 amps under load. Two units in parallel raise combined continuous output to about 500 amps and double capacity matching the full demand of the vehicle including peak draw, while sharing the load so each battery works less and lasts longer. For sustained towing and steep-grade work, the 210Ah configuration is the right choice.
Already have a single unit? You can add a second battery later to build the 210Ah configuration. You only need the additional battery and parallel cables not a second full kit. Contact us and we will confirm exactly what you need.
What's Included
Every battery ships as the complete Bolt Energy Professional Kit, 14 items, everything required for the conversion. There is one kit; the heated upgrade adds the self-heating system to the same package.
Professional Kit Contents- 51.2V 105Ah LiFePO4 battery with integrated 250A BMS
- Bluetooth receiver for SOC monitoring
- Smart SOC state-of-charge dash meter
- Owner's manual with installation instructions
- Waterproof high-speed charger
- 400A heavy-duty solenoid
- 30A voltage reducer for 12V accessories
- Mounting brackets, nuts, and bolts
- Two 40-inch 2AWG premium installation cables
- AC hardwire port
- AC hardwire DECO cover plates
- 15ft 12-AWG green lighted extension cord
- Six 3/8-inch battery ring terminal connectors
- Ten 10-inch tie straps and a lead battery removal strap
This is a complete conversion kit. Everything needed to remove the eight lead-acid batteries and install the lithium unit is in the box battery, charger, solenoid, voltage reducer, cables, mounting hardware, and accessories. That includes the AC charge port and the proper charging extension cord, so charging is clean and accessible from the front of the vehicle with no exposed wire under the cart. No extra parts to source.
Heated Battery Upgrade
The standard battery charges safely between 34°F and 140°F. If your Ranger EV stores and charges in a space that drops below 34°F an unheated barn, an outdoor shed, or a cold-region garage the heated version protects the cells during cold-weather charging. Charging LiFePO4 below freezing causes permanent capacity loss, so this upgrade matters for northern and hunting-camp operators.
How the Heating System WorksAutomatic, No Input Needed
The battery warms itself as it starts to charge. Once it reaches around 34°F, normal charging begins. The heater shuts off automatically once the correct temperature is reached.
Only Runs While Charging
The heating system activates only when the charger is plugged in and the battery is below the charging threshold. It does not run during driving and does not draw down your range.
Charge Anywhere
Because it warms itself before charging, the battery can be charged in unheated garages, barns, and outdoor storage. It can warm overnight and be ready to use the next day.
Same Performance
Charge and discharge specifications are identical to the standard battery. The heated version simply adds safe cold-weather charging on top of the same performance.
Choose the heated version at the top of this page if the vehicle charges anywhere that regularly drops below freezing. If it charges in a heated space or a mild climate, the standard version is all you need.
Installation & Charger Setup
Installation takes most owners two to three hours, with the majority of that time spent removing the eight original lead-acid batteries. Basic hand tools and terminal-connection familiarity are all that is required. The kit includes all hardware and instructions. Below are the two Ranger EV specifics that generic kits do not warn you about knowing them up front makes the install straightforward.
Charger Interlock (Some Newer Models)Some owners of newer Ranger EV models most commonly the 2022, the final lead-acid model year report a charge interlock: the vehicle checks that its factory DeltaQ charger is present and will not power up or move if that check fails. On a lithium conversion this can show as a maintenance-wrench warning and a buggy that will not drive. If you run into this, there are two straightforward fixes.
Recommended: Keep the Factory Charger
- Leave the factory DeltaQ charger connected to satisfy the interlock
- Reconnect the connector plugs on the side opposite the AC-plug side
- Use the included Bolt charger to actually charge the battery
- Simplest, lowest-risk path reported by 2022 owners
Optional: Cleaner Install (Advanced)
- Remove the factory charger entirely
- Bridge the two ground pins in the charger's molex connector so the vehicle operates without it
- Frees up under-hood space
- Requires a wiring step best for experienced installers
Not all models are affected. Many Ranger EV owners complete the conversion without any interlock step at all. It is most commonly reported on the 2022 model year. If your buggy powers up and drives after the swap, no action is needed.
The kit includes an AC charge port and the proper charging extension cord, so you never run exposed wire under the vehicle. The common approach used by Bolt installers is to mount the AC port on the dash, passenger side, using a 2-1/16 inch hole saw, then charge from that accessible port. This keeps the charging connection clean, protected from trail debris, and easy to reach from the front of the vehicle.
Keep the Charger Plugged InThe included Bolt charger doubles as a maintenance charger. Bolt recommends leaving it plugged in when the vehicle is parked. This keeps the battery topped and, importantly, keeps the state-of-charge reading accurate the SOC can drift if the vehicle sits for long periods without being connected. Leaving it plugged in also means the buggy is always ready to go.
Charging. You Do Not Reprogram Your Delta-QThe Polaris Ranger EV ships with a Delta-Q QuiQ onboard charger set from the factory to a lead-acid charging profile. Many conversions require you to reprogram that charger to a lithium algorithm which on the Ranger means Polaris's CANbus adapter plus a QuiQ programmer kit, or shipping the charger to a Delta-Q service center.
This kit removes that step entirely. It includes a dedicated Bolt lithium charger matched to the battery, so you charge with the included charger and never reprogram the factory Delta-Q, never buy a programmer, and never ship your charger anywhere. On some newer models (most commonly the 2022), the factory Delta-Q stays physically connected only to satisfy the charge interlock described above the Bolt charger does the actual charging.
Prefer a professional installation? Bolt Energy has an authorized dealer network. Contact us and we will point you to an installer in your area.
Tech Specs
Electrical Specifications| Parameter | Value |
|---|---|
| Nominal Voltage | 51.2V |
| Working Voltage Range | 43.2V – 58.4V |
| Recommended Operating Voltage | 48.0V – 57.0V |
| Nominal Capacity | 105Ah |
| Total Energy | 5,376Wh (5.376kWh) |
| Capacity at 25A Draw | 252 minutes |
| Efficiency | 0.99 |
| Self-Discharge Rate | Less than 3% per month |
| Cell Chemistry | Prismatic LiFePO4 (Lithium Iron Phosphate) |
| Cell Configuration | 1P16S |
| Parameter | Value |
|---|---|
| Maximum Continuous Discharge Current | 250A |
| Peak Discharge Current (30 seconds) | 520A +/- 15.6A |
| BMS Discharge Current Cut-Off (50 seconds) | 260A +/- 7.8A |
| BMS Discharge Voltage Cut-Off | 40V |
| Recommended Low Voltage Disconnect | 48.0V |
| BMS Reconnect Voltage | 41.6V |
| Discharge Temperature Range | -4°F to 149°F (-20°C to 65°C) |
| Parameter | Value |
|---|---|
| Recommended Charge Current | 5A – 52A |
| Maximum Input Current | 350A |
| Charge Current Cut-Off | 375A |
| BMS Charge Voltage Cut-Off | 58.5V |
| BMS Reconnect Voltage (charge) | Less than 58.5V |
| Charging Temperature Range | 34°F to 140°F (0°C to 60°C) |
| Parameter | Value |
|---|---|
| Dimensions (L x W x H) | 12.8 in x 12.01 in x 10.42 in |
| Weight | 100.8 lbs (45.7 kg) |
| Terminal Type | M8 x 1.5 x 25mm |
| Case Material | Powder Coated Steel |
| Enclosure Protection Rating | IP66 |
| Parameter | Value |
|---|---|
| Wireless Monitoring | Bluetooth receiver (included) |
| Diagnostic Port | CAN port for battery testing |
| Included Display | Smart SOC state-of-charge meter |
Compatibility
The information below is a general reference based on installer experience and manufacturer documentation. Always verify dimensions and electrical specifications against your specific vehicle before purchasing. Contact us if you are unsure whether this battery is right for your application.
| Model | Year Range | Notes |
|---|---|---|
| Polaris Ranger EV | 2010 – 2019 | Factory lead-acid models. Most conversions install without any interlock step. |
| Polaris Ranger EV | 2020 – 2021 | Factory lead-acid models. Interlock step rarely reported; keep the factory charger connected if the buggy will not power up. |
| Polaris Ranger EV | 2022 | Final lead-acid model year. Some owners report a charge interlock keep the factory DeltaQ connected to satisfy it, and charge with the included Bolt charger. See Installation tab. |
Voltage compatibility: This battery operates at 51.2V nominal with a 43.2V to 58.4V working range, designed for vehicles with a 48V to 57V recommended operating range. The Polaris Ranger EV's AC motor controller accepts this range without issue.
Warranty
This battery is covered by a 12-year limited warranty from Bolt Energy USA, serviced in Largo, Florida. As your reseller, we coordinate any warranty claim on your behalf at no extra charge one point of contact if anything comes up.
| Parameter | Value |
|---|---|
| Warranty Period | 12 years limited (registration required within 30 days of purchase) |
| Years 1–6 | Manufacturing defects repaired or replaced at no charge |
| Years 7–12 | Prorated replacement (45% of current price in years 7–8, 60% in years 9–10, 70% in years 11–12) |
| Charger Warranty | 2 years from shipment date |
| Accessories Warranty | 1 year (cables, SOC meters, solenoids, voltage reducers) |
| Transferable | Yes, new owner must re-register within 15 days of the ownership change |
| Service Location | Largo, Florida, United States |
Registration matters: Batteries not registered within 30 days of purchase are limited to 2-year coverage. If the original owner did not register, transferability does not apply. Register within the window to lock in the full 12 years. Read our Warranty Tab for full details
FAQs
The battery measures 12.8 inches long by 12.01 inches wide by 10.42 inches tall and installs using the included mounting bracket. It fits the Ranger EV battery compartment in place of the eight original lead-acid batteries. Installation takes most owners two to three hours with basic hand tools, and all hardware and instructions are included. Some owners of newer models (most commonly the 2022) report a charge-interlock step see the question below on the maintenance-wrench warning.
This is a charge interlock reported by some owners of newer Ranger EV models, most commonly the 2022 the final lead-acid model year. The vehicle checks for its factory DeltaQ charger and will not power up if that check fails. The fix reported by 2022 owners: keep the factory charger connected to satisfy the interlock, reconnect the connector plugs on the side opposite the AC-plug side, and use the included Bolt charger to charge the battery. The buggy then runs normally. Advanced installers who want the factory charger removed can instead bridge the two ground pins in the charger's molex connector. Many owners never encounter this step at all if the buggy powers up and drives after the swap, no action is needed. Full steps are in the Installation and Charger Setup tab.
The kit includes an AC charge port and the proper charging extension cord, so you do not run exposed wire under the vehicle. The common approach is to mount the AC port on the dash on the passenger side using a 2-1/16 inch hole saw, then charge from that port. The connection stays clean, protected from trail debris, and easy to reach from the front. Everything needed for this is in the box.
Yes. The included Bolt charger also acts as a maintenance charger, and Bolt recommends leaving it plugged in when the vehicle is parked. This keeps the battery topped and keeps the state-of-charge reading accurate the SOC can drift if the vehicle sits for long stretches without being connected. Leaving it plugged in also means the buggy is ready whenever you need it. Unlike lead-acid, lithium does not gas or require ventilation, so it is safe to leave on the charger.
You do not need to reprogram anything. The Ranger EV's factory Delta-Q QuiQ charger is set to a lead-acid profile, and converting it to a lithium algorithm normally requires Polaris's CANbus adapter plus a QuiQ programmer kit, or shipping the charger to a Delta-Q service center. This kit avoids all of that by including a dedicated Bolt lithium charger matched to the battery you charge with the included charger.
If your Ranger triggers the charge interlock (most commonly reported on the 2022), keep the factory Delta-Q physically connected to satisfy it and charge with the included Bolt charger. Many models need no interlock step at all. Either way, you never reprogram the Delta-Q.
Lithium holds its voltage steady through the discharge cycle, so the Ranger pulls the same climbing a hill at 30 percent charge as it does at 90 percent there is no gradual weakening the way a lead-acid bank fades as it drains. Removing roughly 500 pounds of lead also improves how the vehicle accelerates and handles. Owners commonly report stronger, more consistent response than a tired lead-acid setup. Top speed itself is set by the vehicle's controller rather than the battery, but the power delivery under load is noticeably more consistent.
For flat to moderate terrain property work, hunting access, light towing, two passengers with cargo a single 105Ah unit handles normal Ranger EV operation. Owners typically see 130 to 200 amps of draw under load, well within the 250-amp continuous BMS rating.
For sustained heavy towing on steep grades, deep mud, loaded hauling, or if you need 50-plus miles of range, choose the 210Ah dual configuration. The Ranger EV motor can approach 400 to 500 amps at full throttle under maximum load, which pushes past what a single 105Ah BMS sustains long term. Two units in parallel raise combined continuous output to about 500 amps and double capacity to 210Ah, matching the vehicle's full demand. See the 105Ah vs 210Ah tab for a full comparison.
Yes. If you already have the Professional Kit installed, you only need to add the second battery unit and parallel cables not a second full kit. The charger, solenoid, voltage reducer, and accessories from your first kit carry over. For parallel operation, use batteries of the same age, charge state, and condition so they share the load evenly. Contact us when ordering the second unit and we will confirm exactly what you need.
The standard version charges safely between 34°F and 140°F. If your Ranger EV stores and charges somewhere that regularly drops below 34°F an unheated barn, an outdoor shed, or a cold-region garage choose the heated version. Charging lithium below freezing causes permanent capacity loss, and the heated version prevents that by warming the cells before charging begins. The heater runs only while charging and does not affect driving performance or range. If the vehicle charges in a heated space or a mild climate, the standard version is all you need.
The Ranger EV draws more current than a typical golf cart, so continuous output rating matters. Bolt Energy's BMS is rated for 250 amps continuous and 520 amps peak among the highest in the category so it keeps delivering under load instead of shutting down the way lower-spec batteries can. Beyond the power rating: automotive Grade-A prismatic LiFePO4 cells, a sealed IP66 powder-coated steel case that handles heat and field conditions, one of the most complete install kits available, Bluetooth and dash monitoring with CAN diagnostics, and a 12-year US-based warranty. It is not the cheapest option, but it is built for a working vehicle.
The single 105Ah unit delivers an estimated 30 to 50 miles per charge; the 210Ah dual setup delivers an estimated 80 to 100 miles. These are estimates under favorable conditions flat terrain, a single occupant, moderate speed, and mild temperature. Actual range varies with terrain, load, speed, temperature, and driving style. Hills, towing, cold weather, and heavy cargo all reduce range.
Removing 500 to 600 pounds of lead-acid batteries reduces front-end weight significantly, which can make the front suspension feel stiffer and sit higher. For most light to moderate use this is not an issue. If you regularly carry heavy cargo or run rough terrain, the Ranger EV's adjustable suspension preload can compensate, and the 210Ah dual configuration restores some of the weight distribution compared to a single unit.
The kit includes two monitoring options. The dash SOC meter shows state of charge at a glance without a phone. The included Bluetooth receiver pairs with a smartphone and adds voltage and real-time status. A CAN port is also available for diagnostic testing by a technician if needed.
The enclosure is built to the IP66 standard rated for complete dust protection and protection against high-pressure water jets from any direction. That makes it appropriate for rain, stream crossings, and mud spray that would corrode an open lead-acid battery over time. The powder-coated steel case also resists impact and abrasion better than a plastic housing.
This battery carries a 12-year limited warranty from Bolt Energy USA, serviced in Largo, Florida. Register within 30 days of purchase to activate full coverage batteries not registered in that window are limited to 2 years. Years 1 through 6 cover manufacturing defects at no charge; years 7 through 12 are prorated (45% of current price in years 7–8, 60% in years 9–10, 70% in years 11–12). The charger carries a separate 2-year warranty and accessories carry 1 year. The warranty is transferable, with re-registration required within 15 days of an ownership change. Contact us to submit a claim and we will coordinate with Bolt Energy on your behalf. For full details read our warranty tab.
Confirmed compatible: Polaris Ranger EV 2010–2022 electric trims. Does not fit Ranger 570 / 900 / 1000 gas models.
Most installs are done in 2–3 hours with basic tools. Remove the 8 lead-acid batteries, clean the battery tray, install the Bolt Energy lithium battery, connect cables, mount SOC meter, charge, and test drive.
| Nominal voltage | 51.2V |
| Capacity — 105Ah | 105Ah · 30–50 miles per charge |
| Capacity — 210Ah | 210Ah · 80–100 miles per charge |
| Chemistry | LiFePO4 |
| Controller compatibility | Stock Sevcon controller — no modification needed |
| Fits | Polaris Ranger EV 2010–2022 |
Lithium saves weight, improves range, requires no watering, and lasts much longer than lead-acid batteries.
Read the install guide before starting. Disconnect vehicle power, avoid shorting terminals, and register warranty after installation.
Free shipping. Ships within 24 hours on business days.
Manufacturer warranty included with every Bolt Energy kit.
