Are you thinking about swapping your BENELLI TNT 1130’s original battery for a lighter, more modern option?
Product overview
You’ll want to know what makes this specific battery different from a standard lead-acid unit, and how it matches your riding needs. The product name is long but descriptive: “Compatible with BENELLI TNT 1130 2005-2006 Lithium Battery Specific Skyrich Batteries for Motorcycle SCOOTER RECHARGEABLE 12V 60WH 300A ION LIGHT”. This is a Skyrich HJTZ14S-FP lithium battery intended as a direct replacement for certain motorcycle applications, and it ships with free work gloves to help during installation.
What this battery is
This is a lithium-iron-phosphate (LiFePO4) type battery designed to replace conventional 12V lead-acid (AGM or wet) batteries in motorcycles and scooters. You’ll notice a dramatic reduction in weight compared with older technologies, and a different charging and maintenance profile. The model number listed in the product details is SKYRICH HJTZ14S-FP, which helps you confirm compatibility.
Who it’s made for
If you own a BENELLI TNT 1130 from model years 2005–2006 and want improved starting performance, lighter weight, and a maintenance-free experience, this battery targets you. It’s also suitable for riders who want better cranking amps for cold starts and reduced long-term battery upkeep. The product is marketed as a direct fit, which makes it attractive if you don’t want major wiring work.
Key specifications
You’ll want a clear snapshot of the specs before you commit. Below is an easy-to-read table that breaks down the essential technical details so you can check fit, power, and expected performance.
| Specification | Detail |
|---|---|
| Product Name | Compatible with BENELLI TNT 1130 2005-2006 Lithium Battery Specific Skyrich Batteries for Motorcycle SCOOTER RECHARGEABLE 12V 60WH 300A ION LIGHT |
| Manufacturer / Model | Skyrich HJTZ14S-FP |
| Chemistry | Lithium (likely LiFePO4) |
| Nominal Voltage | 12 V |
| Capacity | 60 Wh (watt-hours) |
| Cold Cranking Amps (CCA) | 300 A |
| Physical Fit | Designed to fit TNT 1130 2005–2006 (verify dimensions) |
| Weight | Significantly lighter than equivalent lead-acid batteries (varies by exact unit) |
| Included Accessories | Free work gloves |
| Rechargeable | Yes (requires compatible charger) |
| Maintenance | Maintenance-free (no topping off) |
| Safety Features | Built-in battery management / protection (typical for Skyrich models) |
| Typical Use | Starter battery for motorcycles and scooters |
You’ll find these specs useful when comparing to your current battery or other replacement options. Double-check dimensions and terminal orientation to ensure a proper physical fit in your battery compartment.
Compatibility and fitment
You’re planning a replacement and fitment matters more than most people expect. Compatibility is listed for BENELLI TNT 1130 2005–2006 models, but you should still verify the size and connector orientation.
What to check on your bike
Before you buy, measure the battery compartment and note the polarity and terminal positions. Even if the model is listed as compatible, small differences in hold-downs, venting, or wiring harnesses might require minor adjustments. You’ll also want to confirm the battery box clearance and any straps or brackets used to secure the battery.
Why fitment can still vary
Motorcycles sometimes had factory options or aftermarket changes that alter fitment. You’ll want to account for space taken by a battery carpet, rubber cushions, or an aftermarket accessory that runs under the seat. If you’ve already modified your bike, consider how much room you’ll need for the new battery and whether you’ll need a small bracket or spacer.
Installation guide
You’ll appreciate a clear step-by-step process for replacing the battery, especially if this is your first lithium swap. Follow safety practices and keep the free work gloves on hand.
Tools and preparation
Gather basic tools such as a socket set, screwdrivers, and possibly an adjustable wrench. You’ll want a torque wrench if the manufacturer specifies tightening torque for terminals. Make sure you have a suitable lithium-compatible charger on hand if the battery needs a partial charge before installation. Keep your bike’s manual available for polarity and wiring diagrams.
Step-by-step installation
- Park the motorcycle on a flat, stable surface and turn off all electrics. Always remove the negative (ground) terminal first to reduce the risk of short circuits.
- Remove the old battery and note the terminal positions and how the battery was secured. Take a picture to help guide reinstallation.
- If needed, transfer any rubber pads or straps to the new battery to ensure it fits snugly. Place the Skyrich HJTZ14S-FP into the battery box in the same orientation as the old unit.
- Connect the positive terminal first, then the negative terminal. Tighten clamps to a firm, not over-tightened, setting so they don’t damage the terminals. Lithium terminals are strong but can be damaged by excessive force.
- Reattach any hold-down brackets and close the battery compartment. Start the motorcycle to confirm proper operation and check for any fault indicators on the dash.
- If you notice any operational oddities, turn the bike off and re-check connections and fuses.
You’ll find that the lighter weight of the lithium battery makes handling easier, but avoid letting the terminals contact metal during handling.
Charging and maintenance
You’ll need to treat a lithium motorcycle battery differently from a lead-acid battery when charging and storing. Proper charging will maximize lifespan and reliability.
Charging recommendations
Use a charger specifically designed or compatible with lithium (LiFePO4) batteries. These chargers have different charge profiles and cutoffs than lead-acid chargers. If you use a charger that assumes lead-acid chemistry, you risk undercharging or overcharging, which can shorten life or trigger protective circuits. For periodic maintenance, use a smart lithium charger that tops off and maintains voltage safely.
Storage and maintenance tips
Store the battery at a partial state of charge (typically around 40–60%) if you won’t be riding for long periods. Avoid storing at full charge or completely drained for months, as extreme states can harm the battery. You’ll find that lithium batteries have very low self-discharge compared to lead-acid, but they still benefit from occasional charging if unused for extended times.
Performance and riding experience
You’ll notice specific differences in how the bike behaves with this battery installed, from starting to overall electrical stability.
Starting and cranking
With a 300A cold cranking rating, you should see confident starts even in cooler conditions. The battery will deliver high instantaneous current, so your starter motor gets good power immediately. That helps especially with large-displacement engines like the TNT 1130, which require a solid burst of current to start reliably.
Weight and handling
Because lithium batteries typically weigh a fraction of a lead-acid unit, you’ll feel a reduction in overall bike weight and a slight improvement in handling. If you’re tuning weight distribution or removing several pounds from the rear, you may notice how the bike responds differently in turns and during acceleration. That weight saving can be especially appreciated when you’re lifting the bike onto a center stand or moving it in a garage.
Safety features and protections
You’ll want to be reassured about safety when switching to a lithium battery. Skyrich units typically include integrated protection circuits.
Built-in protection
The Skyrich battery models like HJTZ14S-FP usually include battery management features that protect against overcharge, over-discharge, short circuits, and excessive current draw. These protections help ensure the battery shuts down or limits outputs when unsafe conditions are detected. That protective behavior is important for motorcycle usage where electrical loads can fluctuate.
Safe handling practices
Treat lithium batteries carefully: avoid puncturing the casing or exposing the unit to high heat. If the battery is involved in a crash or shows physical damage, replace it rather than risk a failure. Always use insulated tools when working near the terminals and follow basic electrical safety precautions to prevent accidental shorts.
Lifespan and warranty
You’ll want to know how long this battery might last and what kind of warranty protects your purchase. Lithium motorcycle batteries usually last longer than lead-acid equivalents when properly cared for.
Expected lifespan
With proper charging and maintenance, a lithium motorcycle battery like this one can last several years—often 3–7 years depending on use, charging habits, and operating environment. Frequent deep discharges, extreme temperatures, and improper chargers will shorten that life. If you ride frequently and maintain the battery properly, you’ll get the most life out of it.
Warranty and support
Check the seller’s listing for precise warranty terms. Some sellers offer limited warranties that cover manufacturing defects for a set period. You’ll want to keep purchase receipts and take photos of the battery and packaging in case you need to file a claim. Contact seller support or Skyrich directly if you suspect a defect.
Pros and cons
You’ll appreciate a clear list of strengths and weaknesses to weigh the trade-offs before buying.
Pros
- Much lighter than lead-acid, improving handling and ease of installation.
- High cranking amps (300A) for reliable starts on big engines.
- Maintenance-free operation — no fluid top-ups.
- Low self-discharge for extended storage periods.
- Built-in protection circuitry typically included in Skyrich models.
- Often longer cycle life than traditional lead-acid batteries.
Cons
- Requires a lithium-compatible charger for best results; lead-acid chargers can cause issues if not multi-chemistry smart chargers.
- Higher upfront cost compared to standard lead-acid batteries.
- Some motorcycles’ charging systems or alarm systems may need adjustments to work perfectly with lithium chemistry.
- If physically damaged, lithium batteries can be less forgiving than lead-acid types.
You’ll need to consider these trade-offs relative to your budget and how you ride.
Comparison with lead-acid batteries
You’ll probably want to know why riders choose lithium over lead-acid, and whether it’s worth the change for your usage.
Performance differences
Lithium batteries offer much higher energy-to-weight ratios, faster delivery of peak currents, and lower self-discharge. That translates to easier starting, better weight balance, and less maintenance. Lead-acid batteries can be cheaper initially and sometimes tolerate chargers that are not chemistry-aware, but they are heavier and require more care over time.
Practical implications
If you commute daily, frequent starts and stops plus consistent usage favor lithium because it won’t sag under repeated cranking and recharges quickly while riding. If your bike spends long periods parked, lithium’s lower self-discharge is an advantage, but you’ll still want a proper storage charge. If you rarely ride and are sensitive to upfront costs, staying with a lead-acid battery may be a reasonable short-term choice.
Cold weather performance
You’ll want to be confident in cold starts if you live in a chilly climate. Performance of any battery can degrade with temperature, but lithium chemistry behaves differently than lead-acid.
Cold cranking and temperature effects
This Skyrich battery’s 300A rating helps with cold cranking, though lithium batteries can have reduced capacity at very low temperatures compared to room temperature. Still, lithium batteries often deliver quick bursts of current better than aged lead-acid batteries. If you regularly start in sub-freezing temperatures, consider keeping the bike in a sheltered area or using a maintenance charger to keep the battery healthier.
Charging in cold weather
Charging lithium batteries below certain temperatures can be problematic, as many lithium chemistries require a minimum temperature to accept a full charge safely. Some chargers and battery management systems include temperature compensation. Avoid charging a cold battery until it has warmed to recommended levels, or use a charger that handles low-temperature conditions correctly. Always check the manufacturer’s charging guidelines.
Troubleshooting common issues
If you run into problems after installing the battery, you’ll want clear steps to diagnose and fix them.
Bike won’t start after installation
First, confirm terminal connections are tight and free of corrosion. Make sure the polarity is correct — reversing terminals can damage electronics. If the bike still won’t start but dashboard lights are on, check the starter relay and fuses. If everything checks out, the battery may be in a protective state if previously stored at very low charge or exposed to extreme temperatures — try a proper lithium-compatible charger.
Dashboard errors or odd electrical behavior
Some older bikes with proprietary electronics may misinterpret lithium battery voltages. Verify your charging system is functioning (stator/regulator). If the voltage at the battery while the engine is running is consistently outside 13.5–14.5V, the charging system may need attention. You might also reset any aftermarket alarms or ECU error codes after the swap.
Accessories and complementary products
You’ll want the right accessories to maximize the battery’s life and convenience.
Chargers and maintainers
A smart lithium-compatible charger is a must-have. Look for chargers with a LiFePO4 or lithium mode and temperature compensation if you live in a cold area. A maintainer that can be left connected for long periods will keep the battery in a safe storage state.
Battery tender and connection kits
If you store your bike over winter or ride infrequently, a battery tender with quick-disconnect leads is convenient. You can wire in a plug under the seat so you can attach a maintainer without removing the seat or battery each time.
Mounting adapters and spacers
If you find minor fitment differences, small rubber spacers or a lightweight bracket can secure the battery properly. Avoid excessive movement inside the box as vibration can stress terminals and connections.
Environmental and disposal considerations
You’ll want to dispose of your old battery responsibly and understand the environmental impact.
Recycling procedures
Lithium batteries should be recycled at an appropriate facility. Many motorcycle shops and waste disposal centers accept old batteries for recycling. Do not throw lithium batteries in regular trash. When replacing your battery, ask the installer or shop about proper disposal or recycling options.
Environmental benefits
Lithium batteries are more energy-dense and often last longer, which can reduce the number of replacements you need over time. However, their production and end-of-life handling have environmental considerations, so recycling is key to minimizing impact.
Price and value
You’ll want to balance upfront cost with long-term benefits when assessing value.
Upfront cost versus long-term savings
Lithium batteries typically cost more out of the gate than lead-acid equivalents, but the longer cycle life, weight savings, and reduced need for maintenance can offset that over time. If you value better starting performance, reduced weight, and less hassle, this battery can be a worthwhile investment.
Where to buy and what to check
Purchase from a reputable dealer, and confirm the seller’s return policy and warranty terms. Check customer reviews and seller feedback to ensure you’ll have support in case of defects or compatibility issues. If the listing includes free accessories (like work gloves), that’s a small but useful bonus when you’re installing the battery yourself.
Frequently asked questions (FAQ)
You’ll want quick answers to common concerns before deciding to buy.
Can I use my existing charger?
Only if your charger specifically supports lithium (LiFePO4) chemistry. Using a charger designed solely for lead-acid batteries can risk improper charging. If your charger has a selectable lithium setting or is labeled multi-chemistry, it should be fine.
Will my bike’s electrical system need modification?
Most bikes won’t need modification beyond checking connections. However, some older charging systems or alarm modules may need adjustments or a minor modification to work reliably with lithium’s different voltage behaviors. Check forums or contact a technician if you notice quirks.
What happens if the battery gets deeply discharged?
Most lithium batteries include protective circuits that prevent deep discharge, but heavy or prolonged discharge can trigger a protect mode. If the battery is deeply discharged, it may need a specialized charger or reconditioning procedure to bring it back, if possible. Prevention via a maintainer is the safest route.
Is this battery waterproof?
Motorcycle batteries are designed to operate in the environment under the seat, which can be exposed to moisture. That said, avoid direct submersion and inspect seals. Confirm specific ingress protection ratings with the seller if you’ll be riding in extreme wet conditions often.
Final recommendation
You’ll know whether this battery fits your needs once you weigh compatibility, riding habits, and budget. The Skyrich HJTZ14S-FP option listed as “Compatible with BENELLI TNT 1130 2005-2006 Lithium Battery Specific Skyrich Batteries for Motorcycle SCOOTER RECHARGEABLE 12V 60WH 300A ION LIGHT” offers a strong performance profile for owners who want lighter weight, reliable starting, and maintenance-free operation. If you’re comfortable ensuring a lithium-compatible charging and storage routine, and you verify fitment on your specific bike, this battery is a practical upgrade that should improve starting confidence and reduce upkeep.
If you’d like, you can share the dimensions or a photo of your battery compartment, and you’ll get help confirming whether this Skyrich model will fit exactly and how to mount it securely.
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