Top 6 Long Range Electric Dirt Bike Models

Author: Artur Ragulskyi | CEO & Founder
Reading time: ~12 minutes

Range anxiety is real in electric dirt biking — but it's also largely solvable with the right platform. This guide covers the six best long-range electric dirt bikes available at vectorebike.com, with honest notes on what "long range" actually means in real riding conditions and which model fits which type of rider.

Quick Answer

Top long-range electric dirt bikes from the vectorebike.com lineup:

Range figures are real-world estimates at trail pace. Manufacturer published ranges at low constant speeds are significantly higher. See the section on range claims below.

Talaria Komodo: A High-Power Option for Riders Who Want Maximum Range Potential

Talaria Komodo | 32 kW | 97.2V 45Ah (4,374 Wh) | 98 kg | from €6,190

The Talaria Komodo carries the largest battery in the vectorebike.com lineup by energy capacity — 97.2V × 45Ah = approximately 4,374 Wh. Combined with a highly efficient motor and controller system (97.6% controller efficiency, 95% motor efficiency, 92.7% total system efficiency per Talaria's published figures), that translates to more real-world kilometres per charge than any 72V competitor at equivalent riding intensity.

In practical terms: at trail riding pace (25–40 km/h mixed terrain), expect 80–115 km per charge. At more aggressive speeds approaching the 105 km/h top speed ceiling, range drops significantly — as it does on every electric dirt bike. The Komodo's architecture is specifically designed to sustain power under load without thermal throttling, which means range figures remain consistent across sessions rather than degrading as the motor heats.

Four riding modes (Eco, Street, Hyper, Reverse) give genuine range extension capability. Eco mode significantly reduces power draw, extending range for long trail days where you want to cover distance rather than chase performance.

The Komodo's 97.2V platform is the technical foundation of its range advantage. Higher voltage means less current draw for the same power output — which means less heat, less resistive loss, and better efficiency per watt-hour of battery than 72V equivalents at the same performance level.

Additional range-relevant specs:

• 4-piston hydraulic brakes with 5 levels of regenerative braking — every deceleration recovers energy
• IP67-rated battery with active thermal management — consistent performance in variable conditions
• 315 mm ground clearance with 250 mm front suspension travel — can sustain pace on rough terrain without the rider needing to slow as aggressively

The honest trade-off: 98 kg is the heaviest bike in the range. For technical singletrack where weight matters, the Komodo's range advantage is partially offset by physical demands. It earns its weight on open enduro terrain and multi-hour trail sessions where battery capacity is the limiting factor.

Who it's for: Experienced riders who do long trail sessions and want to stop for fuel, not charge; enduro-style riders who prioritise distance per charge over agility; anyone who has outgrown 72V range limits.

Read the full Komodo review: Talaria Komodo Review: Redefining High-Voltage Performance E-Motos

E-Ride Pro SR: A Strong Choice for Riders Who Want More Distance and Versatility

E-Ride Pro SR | 25 kW | 72V 50Ah (3,600 Wh) | 83 kg | ~€8,284

The E-Ride Pro SR pairs the largest battery in the E-Ride Pro range (3,600 Wh) with 25 kW of peak power — the highest output of any 72V model in the lineup. The combination creates a specific profile: a bike that can cover serious distance while also being one of the fastest electric dirt bikes available in a street-legal format.

The 3,600 Wh battery is 25% larger than the 2,880 Wh units found in 40Ah 72V models. At moderate trail pace, this translates to real-world range of 65–90 km depending on terrain, rider weight, and mode selection. In Eco mode, the figure climbs further — the SR's Bluetooth app tuning allows genuine power reduction to 30–40% output, which combined with the large battery creates a genuinely long-range configuration for trail days that prioritise distance.

The SR is available in L1e (street legal, 45 km/h) and L3e (street legal, 80 km/h) variants — which means it can serve as both a commuter and an off-road machine. For riders who ride to the trailhead, this L1e/L3e versatility effectively doubles the range use case: the bike covers road kilometres as efficiently as trail kilometres.

What makes the SR specifically strong for range:

• 3,600 Wh battery — the largest energy store in the 72V tier
• Bluetooth tuning: configurable power reduction per mode enables genuine range extension
• Regenerative braking system recovers energy on descents
• Advanced cooling system maintains performance consistency across long sessions
• 0–30 mph in 1.8 seconds in full power — but range-oriented riders use this capability selectively

The honest trade-off: At 83 kg, the SR is the heaviest 72V model in the lineup. The 25 kW power demands confident throttle management. This is not a bike for developing riders — but for experienced riders who want maximum range with maximum performance available, there's no better 72V option.

Who it's for: Experienced riders who want long trail range and street legality in one machine; riders who commute on weekdays and trail ride on weekends; anyone at the ceiling of 18 kW performance who wants more without stepping up to high-voltage architecture.

Altis Sigma: A Long-Range Contender with a Strong Balance of Power and Practicality

Altis Sigma | 22.5 kW | 98V 35Ah (3,402 Wh) | 84 kg | from €7,409

The Altis Sigma is the only bike in the vectorebike.com range besides the Talaria Komodo that runs a 98V architecture — and this voltage difference matters directly for range. Higher voltage means lower current draw at equivalent power output, which translates to less resistive loss through the wiring and controller, less heat generation, and more consistent sustained performance.

At 98V with a 35Ah Samsung 50S battery pack (3,402 Wh), the Sigma delivers approximately 65–90 km real-world range at trail pace. Independent riders have reported 65–70 miles at cruising speed — consistent with the Sigma's 3.4 kWh battery when ridden efficiently. Five levels of regenerative braking make a measurable contribution on technical trails with regular deceleration, recovering energy that other systems waste.

The Sigma's hairpin motor technology is worth specific mention in a range context. Hairpin motor windings (automotive-grade, used in production EVs) provide higher efficiency and better thermal stability than conventional round-wire motor windings. This means the Sigma's motor generates less heat per kilometre of riding, which directly improves sustained range on long sessions where conventional motors would thermal throttle.

The 840 mm seat height and 84 kg weight place it in similar ergonomic territory to the E-Ride Pro SR — substantial, but manageable for an experienced adult rider.

The honest trade-off: The Altis Sigma is available at vectorebike.com in L1e, L3e, and off-road configurations. Verify the specific variant's legal status for your use case before purchasing. At 84 kg, it carries similar physical demands to the SR.

Who it's for: Riders who want 98V architecture efficiency and hairpin motor technology at a slightly lower price than the flagship tier; experienced riders who prioritise thermal consistency on long sessions; anyone who wants the range benefits of high voltage without the Komodo's 98 kg weight.

E-Ride Pro SS 3.0: A Smart Pick for Long Trail Riding and Real-World Value

E-Ride Pro SS 3.0 | 18 kW | 72V 50Ah (3,600 Wh) | 76 kg | ~€7,097

The E-Ride Pro SS 3.0 carries the same 3,600 Wh battery as the SR — the largest in the 72V platform — in a lighter, more manageable 76 kg package. For most trail riders, this is the more practical long-range choice than the SR: the 18 kW power output is more than sufficient for demanding trail riding, the lower weight improves handling in technical sections, and the identical battery means comparable range figures.

Real-world range at trail pace: 70–95 km, depending on terrain, mode, and rider weight. The SS 3.0's Bluetooth tuning allows per-mode power configuration — setting Eco mode to 40–50% output meaningfully extends range for trail days where distance is the priority. In Sport mode, riders can cover serious ground without energy anxiety; in Race mode at full 18 kW, range contracts but remains competitive with the category.

The SS 3.0 is available in L1e, L3e, and off-road configurations — the same versatility as the SR with a lower power ceiling and a €1,187 lower price. FastAce fully adjustable suspension, Fox Factory forks (in the Fox edition), and 220mm hydraulic brakes complete a platform that is technically as well-specified as any bike in the range below flagship territory.

Why the SS 3.0 is often the best long-range value in the lineup:

• Equal battery to the SR (3,600 Wh) at lower weight (76 kg vs 83 kg)
• Lower price (~€7,097 vs ~€8,284)
• 18 kW is sufficient for the vast majority of trail riding scenarios
• L1e/L3e dual certification extends use cases to road and trail
• Bluetooth tuning for genuine range extension in Eco mode

The honest trade-off: For riders who genuinely need 25 kW and are riding at the performance limit consistently, the SR is worth the premium. For everyone else, the SS 3.0 delivers identical range at more accessible weight and lower cost.

Who it's for: Experienced riders who want maximum 72V battery capacity at the most practical weight point; trail riders who prioritise extended sessions over top-end speed; anyone for whom long-range and street legality are equally important.

Read the full review: E-Ride Pro SS 3.0 Review: The Ultimate 15.8kW Hybrid with L1e/L3e Flexibility

Talaria Sting MX5 Pro: A Trail-Focused Model for Riders Who Value Control and Endurance

Talaria Sting MX5 Pro | 13 kW | 72V 40Ah (2,880 Wh) | 76 kg | €5,190

The MX5 Pro has a smaller battery than the 50Ah models above (2,880 Wh vs 3,600 Wh), which immediately raises a question: why include it in a long-range guide? The answer is efficiency. The MX5 Pro's sealed gearbox drivetrain — a defining technical characteristic of the Talaria platform — produces meaningfully better energy efficiency at trail pace than belt-primary alternatives. The gearbox minimises drivetrain losses, and the 13 kW power output requires less aggressive battery draw than 18–25 kW machines covering the same terrain.

Real-world range at trail pace: 50–75 km. At 25 km/h (the efficiency sweet spot), the manufacturer rates the MX5 Pro at 100 km. This figure is measured under favourable conditions, but it reflects a genuinely efficient platform. A rider covering 50–60 km of mixed trail in a session will find the MX5 Pro's battery more than adequate for an average riding day.

The MX5 Pro uses Samsung 50S 21700 cells — the same premium cell chemistry as the flagship 72V models — in a 2,880 Wh configuration. These cells retain capacity better across temperature variation and charge cycles than generic alternatives, which means the range figures remain consistent over the bike's operational lifetime.

The MX5 Pro's specific range advantage:

• Gearbox drivetrain efficiency — less energy wasted as heat in the drivetrain per kilometre
• Three riding modes (Eco/Sport/Hyper) — Eco mode meaningfully extends range
• Samsung 50S cells — premium chemistry, stable capacity over cycles
• 840 mm seat height — accessible for a wide range of adult riders
• Available in L1e variant — range extends to commuting use cases

The honest trade-off: The 2,880 Wh battery is 20% smaller than the 3,600 Wh units in the top three models. For riders who specifically need 80–100+ km per charge, the MX5 Pro will feel limiting. For riders whose typical session is 50–70 km, it's a practical, efficient, and cost-effective long-range choice.

Who it's for: Intermediate-to-experienced trail riders who want a reliable 50–75 km platform at a lower price point; riders who value gearbox reliability and efficiency over maximum battery capacity; anyone who does regular trail sessions rather than ultra-long enduro days.

E-Ride Pro SS 2.0: A More Accessible Entry in the Long-Range Conversation

E-Ride Pro SS 2.0 | 12 kW | 72V 40Ah (2,880 Wh) | 63 kg | ~€6,224

The E-Ride Pro SS 2.0 occupies a specific position in this list: it is the lightest 72V platform with a full 40Ah battery (2,880 Wh). At 63 kg, it weighs 13–20 kg less than the 50Ah models above. For riders whose priority is efficient trail riding over long distances — rather than maximum speed or maximum range — this weight-to-battery ratio is competitive.

Real-world range at trail pace: 55–80 km. The lower 12 kW power output is actually a range advantage when compared to 18–25 kW bikes on the same battery: less powerful bikes draw less current for the same cruising speed, which translates to better watt-hours-per-kilometre figures at moderate speeds. A rider covering typical trail terrain at 30–40 km/h will extract more range from the SS 2.0's 2,880 Wh than a rider doing the same route on an SS 3.0 at equivalent pace — because the SS 3.0's heavier power demands consume energy faster at any given output level.

The SS 2.0 is L1e certified, making it street-legal across the EU with a Category B driving licence. For riders who commute occasionally and trail ride regularly, the combination of 63 kg weight, L1e certification, and 2,880 Wh battery creates a genuinely practical all-day machine.

Why the SS 2.0 is relevant in the long-range conversation:

• 63 kg — lightest 72V model in the range; lower weight means less energy per km on rolling terrain
• 2,880 Wh battery — same as the MX5 Pro, sufficient for 55–80 km trail sessions
• L1e certified — range extends to road use
• 12 kW — lower draw at trail speed means better efficiency per Wh than higher-power alternatives
• Lower cost than the SS 3.0 (~€873 cheaper) — for riders who don't need 18 kW

The honest trade-off: If the primary goal is maximum range, the SS 3.0 delivers a 25% larger battery for approximately €873 more. For riders who prioritise light weight, street legality, and adequate range rather than maximum range, the SS 2.0 is the more practical choice.

Who it's for: Commuters who also trail ride; riders who want the lightest 72V platform with a full battery; anyone for whom 60–80 km per charge is sufficient and who doesn't need or want 18+ kW power.

Quick Comparison: Which Model Fits Which Type of Long-Range Rider?

What Actually Makes a Long-Range Electric Dirt Bike Better?

Peak range figures in marketing materials are measured at low constant speed under optimal conditions. The reality of trail riding looks nothing like this. Here is what actually determines how far a real electric dirt bike goes on a real ride.

Battery capacity in watt-hours (Wh), not amp-hours

Always compare in watt-hours. A 40Ah 72V battery (2,880 Wh) and a 45Ah 97V battery (4,374 Wh) have very different energy stores despite the 5Ah gap looking small. Multiply volts × amp-hours to get the actual stored energy. The Talaria Komodo's 4,374 Wh battery stores 52% more energy than the 2,880 Wh 72V 40Ah units — a gap that translates directly to range.

Motor and drivetrain efficiency

A motor that converts 92% of battery energy to wheel torque goes further per Wh than one that converts 85%. The Talaria Komodo's published 92.7% system efficiency and the Altis Sigma's hairpin motor technology are both meaningful in this context. The Talaria MX5 Pro's gearbox drivetrain eliminates belt slippage losses, making it more efficient per kilometre than equivalent belt-primary bikes.

Voltage architecture

Higher voltage systems (97–98V) draw less current for the same power output than 72V systems. Lower current means less resistive loss through wiring and connectors — which means more of the stored energy reaches the wheel rather than being wasted as heat. This is one of the reasons the Komodo and Altis Sigma punch above their Wh capacity in range efficiency.

Riding mode and throttle behaviour

The difference between Eco mode and Race mode on the same bike can be 30–50% in range terms. A rider who spends their session in Eco or Sport mode gets significantly more distance per charge than one who rides at full throttle. The E-Ride Pro SS 3.0 and SR's Bluetooth tuning — which allows genuine power reduction to 30–40% per mode — is not just a safety feature; it's a practical range tool.

Regenerative braking

On technical terrain with regular deceleration, regenerative braking can recover 5–15% of used energy across a session. All models in this guide feature regenerative braking systems — the Altis Sigma offers five adjustable levels, which allows riders to maximise recovery on steep descents.

Rider weight and terrain

A 90 kg rider on technical, hilly terrain consumes energy approximately 20–30% faster than a 70 kg rider on flat terrain, all else equal. Range figures are always rider- and terrain-specific. The vectorebike.com FAQ explicitly notes this: range is affected by speed, rider weight, elevation, and tyre pressure.

Long Range for Trail Riding vs Long Range for High-Speed Use

"Long range" means something fundamentally different depending on how you ride. Understanding which type of long-range use you have clarifies which model is the right choice.

Trail Riding at Moderate Pace (25–50 km/h)

At trail pace, energy consumption per kilometre is relatively low. A 2,880 Wh battery covers 50–75 km of mixed trail; a 3,600 Wh battery covers 70–95 km. The performance ceiling (13 kW vs 25 kW) matters less because most trail riding never demands sustained maximum power.

For this use case, the Talaria MX5 Pro and E-Ride Pro SS 2.0 are genuinely competitive long-range platforms at lower cost. The E-Ride Pro SS 3.0 is the premium choice if you want both long trail range and the option for more power on demanding sections.

High-Speed Riding and Aggressive Off-Road (60–100+ km/h)

At high speeds, energy consumption rises steeply — roughly quadrupling as speed doubles, as the vectorebike.com FAQ notes. A rider doing repeated high-speed runs on an SR or Komodo will drain even a large battery faster than a trail rider on a smaller platform.

For high-speed use cases, battery capacity matters most. The Talaria Komodo (4,374 Wh) and E-Ride Pro SR (3,600 Wh) are the right choices — not because they're inherently more efficient, but because they have more energy to spend at higher consumption rates.

Commuting and Mixed Street/Trail Use

For L1e street use (45 km/h), energy consumption is consistent and predictable. A 2,880 Wh battery at 45 km/h covers approximately 70–100 km in real EU road conditions, according to vectorebike.com's FAQ. For most commuters, the Talaria X3 Pro, E-Ride Pro SE, or SS 2.0 in L1e configuration are better-matched to this use case than the high-power flagship models.

Electric Dirt Bike Over 100 Miles Range: What Buyers Should Really Ask

Manufacturer range figures frequently cite 100 km+, 100 miles, or even 200 km range for certain models. Understanding what these figures mean — and what to ask instead — prevents post-purchase disappointment.

Manufacturer range figures are measured at low constant speeds. The vectorebike.com FAQ states that average energy consumption is approximately 0.04 kWh per km at 45 km/h. At this pace, a 3,600 Wh battery covers 90 km. At 70 km/h trail pace with throttle variation, actual consumption rises to 0.07–0.10 kWh per km, giving real-world trail range of 36–51 km on the same battery.

The Vector Vortex's 200+ km range claim is measured in Eco mode at low constant speed — typically 25–30 km/h. At trail riding pace, expect 80–120 km from its 3.8 kWh battery. Still excellent — but different from the headline figure.

The right questions to ask when evaluating range:

1. What is the battery capacity in watt-hours (not just amp-hours)?
2. At what speed and under what conditions was the published range measured?
3. What is the real-world range at 40–50 km/h trail pace with throttle variation?
4. Does the bike have regenerative braking, and how configurable is it?
5. What is the expected range in Eco mode vs Sport mode?

All bikes at vectorebike.com include honest FAQ answers about range factors. The team is also available via chat to discuss realistic range expectations for specific terrain and riding styles.

Test Ride Before You Decide

Range figures are one input into a buying decision — but the bike also has to feel right. A Komodo at 98 kg handles differently from an SS 2.0 at 63 kg on the same trail section. A rider who is accustomed to the agility of a lighter platform may find the added range of a heavier flagship less valuable in practice than the numbers suggest.

Vectorebike.com offers test rides on all models. For long-range buyers specifically, a test ride answers two questions that specs cannot: how does this weight feel on your terrain, and does the power delivery character match how you actually ride?

These are not theoretical questions. A rider who intends to cover 60 km per session will make a different range-weight trade-off than one who wants to cover 100 km. The test ride is where that trade-off becomes concrete.

Book a test ride at vectorebike.com →

Expert Buying Tips for Long-Range Riders

Always compare in watt-hours. The voltage × amp-hours calculation is the only fair comparison of battery size across different platforms. A 45Ah number sounds impressive; 4,374 Wh tells you what it actually means.

Higher voltage is not always better for your use case. The Komodo's 97.2V architecture is genuinely more efficient per watt-hour at high power levels — but most riders on standard trail routes will not see the difference between a 97.2V 4,374 Wh system and a 72V 3,600 Wh system in daily riding. The 97.2V advantage becomes meaningful at sustained high-speed use and on very long sessions.

The SS 3.0 is the sweet spot for most long-range 72V buyers. It carries the same battery as the SR (3,600 Wh), weighs 7 kg less (76 vs 83 kg), and costs approximately €1,187 less (~€7,097 vs ~€8,284). Unless you need 25 kW specifically, the SS 3.0 delivers essentially equivalent range at better value.

Factor L1e certification into your range calculation. A bike that can be ridden legally on public roads extends your effective range to include road sections connecting trail access points. The SS 3.0 and SR are both available in L1e/L3e variants — which means 60 km of trail range can become 100+ km of total range when combined with road-legal sections.

Regenerative braking matters more on technical terrain. On flat open terrain, regen recovery is minimal. On technical trails with frequent descent and braking, the Altis Sigma's five-level regen system and the Komodo's regen braking can meaningfully extend effective range. If your riding is primarily technical and hilly, weight this feature more heavily.

The 27-month warranty at vectorebike.com applies to all models — including the battery, motor, and controller. For long-range riders who put more hours per session on the machine, this coverage matters more, not less. A battery that degrades faster than expected within the warranty period is covered; one that degrades after the warranty expires is not.

All prices are approximate EU figures including VAT and free shipping. Range estimates are real-world trail pace figures; actual range varies with rider weight, terrain, speed, and mode. For specific range guidance for your use case, contact the vectorebike.com team via chat.

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