The choice between the E-Ride Pro SS 2.0 and the newly evolved SS 3.0 comes down to whether you prefer an ultra-premium, out-of-the-box powerhouse (SS 3.0) or a lighter, highly customizable modification platform (SS 2.0). The SS 3.0 introduces sweeping electrical and structural upgrades that completely redefine the riding experience, but the classic 2.0 remains a legendary contender if you intend to immediately swap out stock parts.
Here at RonsterBikes, we put both generations through rigorous trail and track abuse. This comprehensive 1,500-word engineering breakdown analyzes the power delivery, battery capacity, wheel geometry, braking hardware, and true cockpit utility of both platforms to help you determine if ordering the newer model justifies the premium price tag.
Direct Spec & Feature Comparison
To see exactly how these two generations stack up mechanically, let’s analyze their factory configurations side-by-side:
Engineering Metric / Feature | E-Ride Pro SS 2.0 | E-Ride Pro SS 3.0 |
Peak Motor Power | 12 kW | 16 kW |
Battery Voltage & Capacity | 72V / 40Ah (2,880 Wh) | 72V / 50Ah (3,600 Wh) |
Total Battery Energy Increase | Baseline Reference | +25% Capacity Boost |
Curb Weight | ~139–144 lbs | ~163–167 lbs |
Wheel Size Setup | 19″ Front / 19″ Rear | 19″ Front / 18″ Rear (Moto Spec) |
Braking Framework | Standard Hydraulic (Mineral Oil) | DOT 4 Moto-Style Brakes (3mm Rotors) |
Drivetrain Gearing | 420 Steel Chain | Heavy-Duty 428 Chain & 58T Sprocket |
Cockpit Controls | Turbo Button (10-second Eco pulse) | Dedicated Reverse Mode & Park Button |
Dashboard Telemetry | Basic Speed & Battery Status | Live Battery, Motor, & Controller Temps |
Digital App Compatibility | Standard Settings | Bluetooth Integrated E-Ride App |
Powertrain Architecture: 12 kW vs. 16 kW Peak Delivery
The core mechanical distinction driving ready buyers toward the E-Ride Pro SS 3.0 is the massive leap in factory power. The SS 2.0 is an exceptionally fast machine, pumping out 12 kW of peak output from its brushless motor. It won numerous multi-bike shootouts due to its out-of-the-box torque curve.
However, the SS 3.0 completely pushes past those limits by raising its factory ceiling to a staggering 16 kW of peak motor power. This means the 3.0 arrives from the factory delivering the kind of raw power that used to require thousands of dollars in aftermarket controller upgrades on older models.
The way this power is managed on the bars has also evolved dramatically. The SS 2.0 features a signature “Turbo Button” on the left cluster. If you are cruising in Eco mode, tapping the turbo button gives you a temporary 10-second pulse of full sport power before cooling down.
The SS 3.0 completely removes the turbo button in favor of an unlocked, continuous power band. Instead, that handlebar real estate is used for a highly practical dedicated Reverse Mode and a safety Park Button. If you drop the bike or get wedged into a tight, muddy ravine on a steep trail, being able to engage reverse gear to pull a 163-lb machine backward effortlessly is an absolute game-changer for off-road riders.
Battery Engineering: The 25% Energy Capacity Dividend
Range realities remain the primary focus for high-intent buyers ready to purchase. The SS 2.0 utilizes a robust 72V 40Ah battery pack yielding 2,880 watt-hours of energy. Under hard throttle abuse, this setup provides a highly predictable trail window.
The SS 3.0 steps up its battery infrastructure to a massive 72V 50Ah power plant packed with premium high-discharge Samsung 50S cells, pushing total energy capacity up to 3,600 watt-hours. This marks a strict 25% increase in total energy capacity over the 2.0.
On the track or trail where you are constantly pinning the throttle, that extra capacity translates directly to longer hot laps before voltage sag sets in. The 3.0 lets you ride harder, farther, and with significantly more confidence that your power curve won’t drop off as the battery capacity falls below 30%.
The trade-off for this massive battery increase is physical weight. The larger cells and reinforced internal shielding push the 3.0’s weight up to roughly 163 to 167 lbs, compared to the agile 139 to 144 lbs footprint of the 2.0. When testing at RonsterBikes, our riders noted that while you can feel the extra 20 lbs when lifting the bike onto a stand, the 16 kW motor completely layout-cancels that weight penalty the instant you touch the throttle.
Wheel Geometry: Transitioning to True Moto Standards
How a bike transfers its electrical torque to loose soil depends heavily on wheel dimensions.
The SS 2.0 shipped factory-standard with a matching 19-inch front and 19-inch rear wheel setup wrapped in thin, lightweight CST knobby tires. While highly agile, a 19-inch rear wheel limits your tire sidewall profile, meaning the bike can bounce harshly over jagged rock gardens and struggles to find bite in loose loam or deep sand.
The SS 3.0 adopts authentic motocross standards by switching to a 19-inch front wheel paired with a wider, smaller-diameter 18-inch rear wheel. Shifting to an 18-inch rear rim allows you to mount a significantly wider tire with a taller sidewall profile. This extra cushion absorbs square-edge impacts effortlessly, protects your rims from casing damage, and dramatically increases your rear contact patch for maximum cornering traction.
Furthermore, the 3.0 swaps out the cheap factory tires of the 2.0 for premium, dual-sport multi-terrain tires right out of the box, saving you from an immediate tire-shopping trip the day the bike arrives.
Chassis & Braking Infrastructure: Built to Handle the G-Forces
Stopping a 16-kW machine carrying high trail speeds demands a braking system that completely resists thermal fade.
The SS 2.0 uses standard mountain-bike-grade hydraulic calipers operating on mineral oil. While crisp for light trail riding, fast intermediate riders frequently push mineral oil past its boiling thresholds during long, aggressive downhill descents, causing the levers to feel spongy and lose stopping power.
The SS 3.0 implements automotive-grade DOT 4 moto-style brakes clamping down on oversized 220mm rotors that are a massive 3mm thick. This heavy-duty braking configuration is virtually immune to brake fade. The lever feedback is solid and immediate, allowing for surgical, single-finger modulation when entering deep ruts at speed.
To support the added forces of the 16 kW motor, the 3.0’s entire structural backbone has been reinforced. It replaces the 2.0’s lighter chain with a robust 428-moto drivetrain and a skeletonized CNC 58T rear sprocket. It features an adjustable rear linkage system, a heavily detailed aluminum bash guard to insulate the lower casing, and straight-pull wheel hubs that drastically raise wheel strength against landing impacts.
Cockpit Telemetry and the Bluetooth App Ecosystem
The digital experience on the E-Ride Pro SS 3.0 highlights the generational gap between these two models. While both machines feature a large, centralized LCD pod, the 3.0’s dashboard actively tracks live battery, motor, and controller temperatures simultaneously. This vital telemetry data ensures you can monitor thermal limits in real time when tracking through deep sand or mud.
Crucially, the 3.0 integrates a built-in Bluetooth module that pairs natively with the official E-Ride Smartphone App. Through this digital interface, riders can adjust throttle response curves, modify regenerative braking power thresholds on the fly, and download over-the-air firmware updates straight to the controller. The 2.0 lacks this smart app architecture, requiring manual button sequences on the handlebars to adjust basic controller behaviors.
The ROI Verdict: Is Upgrading or Ordering the Newer Model Worth It?
Both of these high-voltage off-road machines are exceptional engineering achievements, but your decision to buy comes down to your building philosophy:
You should order the E-Ride Pro SS 3.0 if: You want the absolute highest-performing, zero-compromise factory machine available. If you want 16 kW of raw power, a massive 50Ah battery pack, bulletproof DOT 4 brakes, a reverse gear, and a proper 19/18 moto wheel combo straight from the factory floor without needing to turn a single wrench, the SS 3.0 easily justifies its premium price tag. It is the definitive choice for new buyers.
You should stay with or buy the SS 2.0 only if: You are a customization enthusiast who plans to immediately strip the bike down. If you already intend to purchase a $1,000 aftermarket EBMX X9000 controller, custom EXT or Fox suspension, and custom aftermarket wheelsets, buying a discounted or used 2.0 is a smart, economical move. You can bypass the 3.0’s heavier stock parts and build a bespoke, ultra-lightweight custom build using the 2.0 chassis as your baseline blueprint.
The days of dealing with oil changes, top-end rebuilds, and clogged fuel lines are over. The future of off-road performance is high-voltage, quiet, and incredibly fast.
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