Top List
Discover the top 10 battery swapping companies in Southeast Asia (2026). Explore EV ecosystems, BaaS innovators, and smart infrastructure for B2B fleets.
Colen
July 21, 2026
Zero-CAPEX Fleet Upgrade
Commercial Electric Motorcycle: Rent-to-Own E-Scooters for Fleets
Built for businesses that deliver, transport, and serve customers every day. MOTAWILL’s commercial electric motorcycles come with reinforced cargo racks, heavy-duty suspension, and a full backend fleet management system. With our zero-CAPEX rent-to-own model, you can expand or upgrade your fleet without tying up capital, all while ensuring reliable performance in demanding operations.
Redefining Commercial Two-Wheeler Operations
Built for work, not recreation. MOTAWILL commercial electric motorcycles are designed for last-mile delivery, courier services, and rapid-response operations. Durable, cargo-ready, and energy-efficient, our commercial two-wheelers help fleets replace costly gasoline vehicles, cut Total Cost of Ownership (TCO), and meet ESG goals – delivering performance and measurable ROI from day one.
The Operations-First Ecosystem: Built for Durability & ROI
MOTAWILL’s operations-first ecosystem combines durable commercial two-wheelers with intelligent fleet management software. Acting as the central command layer, the software provides real-time telemetry and API integration, enabling operators to remotely adjust vehicle settings – limit speed for campus safety or unlock torque for urgent deliveries. This flexibility ensures fleets maintain operational efficiency, manage risk effectively, and maximize uptime, delivering measurable ROI and long-term reliability.
The Specialized Commercial Motorbike
MOTAWILL’s commercial motorbike is engineered specifically for high-frequency delivery operations. Unlike consumer-grade e-scooters, it features heavy-duty suspension for rough terrain, integrated cargo racks for secure load handling, and a reinforced chassis designed for continuous use. This workhorse architecture combines scooter-like agility with off-road durability, ensuring consistent performance across both urban streets and suburban routes.
- Heavy-duty suspension for rough terrain
- Integrated cargo racks for stable load handling
- Reinforced chassis for continuous operation
- Agile design with off-road durability
Backend Asset Management System
MOTAWILL’s backend asset management platform serves as the central command layer for every commercial electric motorcycle in the fleet. Through API integration and real-time telemetry, operators gain full visibility and can remotely adjust parameters – whether enforcing speed limits for controlled zones or unlocking torque for time-critical deliveries. This governance capability enables a precise balance between safety, risk control, and operational throughput.
- API integration with real-time fleet visibility
- Remote adjustment of speed and torque
- Optimized safety and delivery performance
- Balanced risk management and throughput
The Smart Battery Asset
To prevent costly downtime, each commercial two wheeler is equipped with a dual-battery architecture using two 73V 45Ah semi-solid lithium packs. This high-capacity system maintains stable output under heavy loads and delivers a range that rivals the large fuel tanks of traditional gas motorcycles. Fleets benefit from dependable endurance and consistent performance throughout long duty cycles.
- Dual 73V 45Ah lithium battery architecture
- Stable output under heavy load
- Range rivals traditional gas motorcycles
- Ensures long-duration operational reliability
The Battery Swap Cabinet
For high-intensity logistics, the dual-battery setup can be paired with MOTAWILL’s Battery Swap Cabinet. Riders can replace depleted packs with fully charged ones in seconds, eliminating charging interruptions and improving energy-cost efficiency. This infrastructure supports 24/7 continuous operation, maximizing uptime for commercial e-scooter fleets.
- Rapid battery swaps in seconds
- Eliminates charging downtime
- Supports continuous 24/7 operations
- Maximizes fleet uptime and efficiency
From Operational Bottlenecks to Scalable Growth
When operators first came to us, they were trapped in a vicious cycle where high upfront CAPEX and unpredictable maintenance completely stalled their commercial two wheeler ambitions. By adopting our integrated Rent-to-Own model and standardized infrastructure, these fleets fundamentally shifted asset risks into stable operational expenses, which instantly stabilized daily operations. With those core business risks now neutralized, the operators are confidently laser-focused on market expansion and accelerating fleet growth.
Addressing Operational Challenges in Commercial Motorcycle Fleets
The Durability Challenge
Challenge
Commercial fleets require commercial electric scooter that can endure tough, all-weather conditions. Many standard e-scooters fail due to weak frames and fragile components.
Solution
MOTAWILL commercial two wheeler is built with automotive-grade steel frames and IP67-rated electronics. This ensures the vehicles withstand harsh terrain and continuous daily use, far surpassing the durability of typical commercial e-scooters.
Maximizing Carrying Capacity
Challenge
High carrying capacity is essential for commercial fleet operations, allowing riders to transport goods, packages, or equipment safely without affecting stability.
Solution
The MOTAWILL commercial motorbike lineup features an extended wheelbase and integrated mounting points for large, lockable storage boxes. This design supports payloads exceeding 200kg, making it ideal for heavy-duty logistics and high-volume deliveries.
Operational Cost Efficiency
Challenge
Reducing operating costs is critical for services with high mileage and long hours on the road.
Solution
By adopting electric propulsion, operators eliminate fuel expenses entirely. MOTAWILL’s system lowers energy costs by up to 90% compared to petrol commercial e scooters, delivering significant savings and improving the bottom line for intensive fleet operations.
Overcoming the Challenges of Commercial Scooter Operations
Operational Comparison: Gas Motorcycle vs. Electric Fleet
| Categories | Electric motorcycle | Fuel motorcycle | Key differences |
|---|---|---|---|
| Purchase cost | Lower | Higher | Electric motorcycle cheaper $300+ |
| Fuel/charging cost | ✅$0.5/100km | ❌ $9.6/100km | Electric motorcycle save 90% |
| Maintenance cost | ✅Low | ❌ High | Fuel motorcycle need to change oil/filter |
| Power performance | Large torque, fast start, strong climbing | Depends on displacement (low-end vehicles have poor climbing ability) | Expensive for high displacement fuel motorcycle |
| Environmental protection | ✅Zero exhaust, no noise | ❌ CO₂ air pollution + noise pollution | Electric motorcycle reduce carbon emissions 100% |
| Policy support | Tax free + subsidy | Tax increase (some countries impose high fuel taxes) | Many African countries have introduced electric incentives, and the government promotes electric transformation |
Profitability Modeling: The 10,000km Cost Breakdown
Electric Motorcycle (10,000km)
Cost: $51 USD
Extra Earnings: $374 USD
Saving Cost(for per 10000km)
Fuel Cost
$325 USD
Maintenance Cost
$100 USD
Purchase Cost
1000/12 = $84 USD
No Confiscation Risk
Legal Registration
Value: $1,000 USD
Resale / Sublease
Self-owned Allowed
$100/mo - $1,000
Total Cost (10k km)
$425 USD
Savings: $374 USD
Asset Value
After 2 Years
Gain Moto Worth $1,000
Notes:
Two months driving ≈ 10000km
10000km electricity cost=51USD
Subscription, Not Buy
Subscription, Not Purchasing: The Strategic Shift
In commercial operations, efficiency drives profit. Switching to electric scooter for commercial use delivers superior energy efficiency, reducing cost per kilometer. This enables logistics companies to increase margins per delivery and allows security firms to conduct more frequent patrols within the same budget.
The Burden of Asset Ownership
The Hidden Risks of Managing a Self-Owned Fleet
Owning commercial electric scooter and batteries outright ties up capital, generates unpredictable costs, and adds operational complexity for fleet managers.
- High Upfront Investment
Purchasing a commercial two-wheeler fleet requires substantial capital, limiting funds available for growth and new business opportunities.
- Unplanned Maintenance Costs
Frequent repairs and servicing create fluctuating expenses, disrupting budgets and slowing operational efficiency.
- Revenue Loss from Downtime
Vehicles out of service cause delayed deliveries, missed orders, and lost revenue for high-mileage operations.
- Rapid Asset Depreciation
Intensive daily use leads to accelerated depreciation, forcing repeated reinvestment to maintain a modern fleet.
- Slowed Fleet Expansion
Procurement processes and capital constraints delay fleet scaling, reducing flexibility for seasonal peaks or new contracts.
The Integrated Subscription Model
Converting Liabilities into Operational Leverage
MOTAWILL’s subscription platform transforms fleet ownership into predictable monthly expenses while covering vehicles, batteries, and maintenance, ensuring operational continuity.
- Zero CAPEX, Predictable OPEX
Monthly payments are fixed and transparent, allowing businesses to plan budgets confidently without unexpected costs.
- Comprehensive Maintenance
MOTAWILL manages vehicle and battery health proactively, minimizing downtime and freeing internal teams to focus on core operations.
- Path to Asset Ownership
Vehicles become company assets after the Rent-to-Own term, building equity while reducing initial financial burden.
- On-Demand Scaling
Fleets can quickly add or remove units to match seasonal surges or contract requirements, providing unmatched operational flexibility.
- Accessible & User-Friendly
Push-button start and “twist-and-go” automatic controls reduce training time and allow a wider range of riders to operate safely and efficiently.
Deploy Your Dedicated Commercial E Scooter Fleet Ecosystem
Fleet Asset Management SaaS Platform
Integrated Vehicle & Energy Telemetry System
A cloud-native SaaS architecture designed for commercial fleet operations. The platform provides end-to-end visibility by aggregating data from vehicle ECUs, battery BMS, and swapping cabinet controllers. It functions as a centralized admin panel for asset tracking, remote diagnostics, and automated billing, supporting role-based access control (RBAC) for operators.
- Real-time Telemetry: GPS tracking, speed monitoring, route playback.
- Energy Management: BMS monitoring: Voltage, Temperature, SoC status.
- Remote Control: OTA updates, remote locking, and speed governing.
- API Architecture: RESTful API for third-party app integration.
E67 5000W Electric Motorcycle Specifications
| Mode | E67 |
|---|---|
| Dimensions L×W×H | 2083×625×1090 mm |
| Wheelbase | 1390 mm |
| Seat Height | 790 mm |
| Range | 100 KM |
| Top Speed | 95 KM/H |
| Motor Type | Mid Drive Motor |
| Rated Power | 5.0 Kw |
| Peak Power | 10.0 Kw |
| Peak Torque | 280 N·m |
| 0 – 45KM/H | 3.5 Seconds |
| Battery | 72V30Ah ×2 |
| Ground clearance | 195 mm |
| Maximum laden mass | 250 Kg |
| Wheels | Front: MT 1.85×17 / Rear: MT 2.50×17 |
| Tyres | Front: 90/90-17 / Rear: 110/80-17 |
| Transmission mode | Chain |
| Braking system | Front: Φ220 Disk / Rear: Φ220 Disk |
| Driving modes | ECO, NORMAL, SPORT, TURBO (60s) |
| Climbing capacity | 30% (17°) |
| Lights | LED lights all around (front, rear, indicator lamps) |
| Warranty | Vehicle 18 Months |
| Quantity per container | SKD: 105 PCS/40HQ CKD: 145 PCS/40HQ |
EL36 4500W/5500W Electric Motorcycle Specifications
| SPECIFICATION | EL36 85KM/H Version | EL36 95KM/H Version |
|---|---|---|
| Dimensions L×W×H | 2083×625×1090 mm | |
| Wheelbase | 1375 mm | |
| Seat Height | 750 mm | |
| Top Speed | 85KM/H | 95KM/H |
| Motor Type | Mid Drive Motor | |
| Rocker Arm | Double Rocker Arm | |
| Rated Power | 4.5 Kw | 5.5 Kw |
| Peak Power | 9.0 Kw | 11.0 Kw |
| Peak Torque | 280 N·m | 300 N·m |
| 0 – 45KM/H | < 4.5 Seconds | < 4.0 Seconds |
| Charger Power | Swap Station (No Charger) | |
| Ground Clearance | 185 mm | |
| Maximum Laden Mass | 275 kg | |
| Wheels | Aluminum F：1.85×17 / R：2.50×17 | |
| Tyres | F：90/90-17 / R：110/90-17 Tube | |
| Braking System | F：Ø220 Disk / R：Ø220 Drum | F：Ø220 Disk / R：Ø220 Disk |
| Shock Absorber | F：Hydraulic Ø32 / R：Double Spring | |
| Transmission Mode | Chain 428 | |
| Driving Modes | ECO, NORMAL, SPORT, Turbo（Need 2 Bat Parallel） | |
| Climbing Capacity | 30%（17°） | |
| Lights | LED lights all around（front, rear, indicator lamps） | |
| Warranty | Vehicle 18 Months / 24000 km | |
| Quantity per Container | SKD：105 PCS/40HQ CKD：145 PCS/40HQ | |
12-slot Battery Swap Cabinet Specifications
| Items | Parameters |
|---|---|
| Cabinet size | 600(L)*1100(W)*1632(H) mm |
| Chamber size | 220(L)*240(W)*420(H) |
| Chamber Quantity | 12 Slots |
| Communication Method | CAN |
| NFC function | support |
| Touch Screen | 10.1 ’inch |
| Input Voltage | 220V |
| Max power | 9600W |
| Max power each slot | 800W |
| Maximum charging current / slot | 15A |
| Battery Voltage | 72V/60V/48V |
| Operating Environment | humidity ≤95%RH, -10~55℃ |
| Speaker | Standard (embedded) |
| Ingression standard | Lightning protection / IP54 water immersion detect |
| Battery health Diagnosis | BMS support |
| Temperature Monitor | Standard, backstage alarm |
| Remote Monitor | Standard (Diagnose, manipulate online) |
| Chamber indicator | Standard (3 colors’ LED) |
| Communication | With 4G / WIFI / GPS |
| Swapping support | Scan&Swap / Reservation / Offline-swapping |
| Camera / Rainshed / Air conditioner | Optional |
| Distinguish | Stype gas-meltstyle |
| Weight | 235Kg (Without battery) |
73V 45Ah Semi-solid Battery Specifications
| Parameter | Specification | Condition / Note |
|---|---|---|
| Connection | 1P20S | - |
| Nominal voltage | 73V | 3.65V × 20 (actual 73V) |
| Nominal capacity | 45Ah | At 25℃ ± 2℃, 0.5C charging |
| Rated energy | 3285Wh | - |
| Max operating voltage | 87V | 4.35V × 20 |
| Min operating voltage | 60V | 3.0V × 20 |
| Charging method (software) | CC/CV | Protocol charging (CAN) |
| Charging temperature range | 0℃ ~ 55℃ | - |
| Discharging temperature range | 0℃ ~ 60℃ | - |
| Standard charge current | 22.5A | - |
| Standard discharge current | 45A | - |
| Max charging current | 80A | At 25℃ |
| Max sustainable discharge current | 100A, 30S | 20~55℃, ≥50%SOC |
| AC internal resistance | ≤50mΩ | SOC = 50%, AC 1KHz, 25℃ |
| Static pressure difference during system shipment | ≤30mV | 50% ~ 60% SOC (storage mode) |
| Self-discharge | ≤3% / Month | Fresh cell after 3 months, 40%SOC, 25±2℃ storage |
| Working ambient humidity | 20% ~ 80% | N.A. |
| Optimum storage temperature | 25℃ ± 2 | N.A. |
| Altitude requirement | ≤2000m | N.A. |
| Shipping SOC | 25% ~ 30% SOC | N.A. |
| Cycle life | ≥1200 cycles | 25℃±2℃, 0.5C charge, 0.5C discharge, discharge 80% of the measured reference capacity of the battery pack each time, after charging / discharging, each stand for 1h, EOL80%. |
| Short circuit protection | Automatically disconnects the load after short circuit |
Short-circuit the battery's output positive and negative terminals with a 0.1Ω resistor. |
| Activation power consumption | <40mA | Wireless module active |
| Hibernation power consumption | <100uA | Wireless module in sleep mode |
| Low power storage | Shelf time ≥ 30 days | - |
Start Your Fleet with Zero Asset Risk
Launch your fleet of commercial scooters with zero upfront risk. MOTAWILL’s Rent-to-Own and subscription programs cover vehicles, batteries, and maintenance, letting you scale operations without heavy capital investment. Focus on growing your deliveries while we manage the fleet infrastructure.
Your Key Questions, Answered
What defines a MOTAWILL commercial electric motorcycle?
The MOTAWILL commercial two wheeler is engineered specifically for work, including delivery, courier, and passenger transport. It features heavy-duty suspension, reinforced cargo racks, and a durable design capable of withstanding daily urban and suburban operations.
Can these vehicles handle heavy delivery loads?
Yes. Each commercial e scooter is built for high payloads, with reinforced frames and high-torque motors supporting 250kg+. The design accommodates large lockable storage compartments, making it suitable for intensive cargo transport.
How does the operational cost compare to a gas commercial bike?
Commercial electric scooters significantly reduce energy costs by replacing gasoline with electricity. Fleet data shows up to 90% lower daily energy expenditure compared with traditional gas motorcycles, improving overall fleet economics for high-mileage operations.
Are these commercial two-wheelers durable enough for rough terrain?
Yes. MOTAWILL commercial 2 wheelers combine off-road motorcycle engineering with features like high ground clearance, hydraulic suspension, and 14-inch tires, ensuring reliable performance on unpaved roads and in harsh weather.
How does the Rent-to-Own model work for commercial fleets?
The Rent-to-Own program allows operators to deploy a premium fleet with minimal upfront investment. Monthly subscription fees cover vehicles, batteries, and software, with ownership transferring to the business at the end of the contract term.
Financial Advantage ——
Strategic Growth
We provide the framework to instantly scale your fleet and reduce the Total Cost of Ownership (TCO) by eliminating fuel dependency.
CAPEX Solved ——
Financial Decisiveness
MOTAWILL converts high upfront CAPEX into predictable monthly OPEX via our flexible Rent-to-Own model.
TCO Reduced ——
Operational Supremacy
Our heavy-duty design and real-time asset management guarantee near-zero downtime for maximum fleet reliability.
Latest Intelligence & Analysis
Battery Swap
Compare battery swap vs fast charging for EVs. Discover the truth about infrastructure costs, battery degradation, and fleet ROI in our ultimate guide.
Colen
July 11, 2026
Electric Two Wheeler
Avoid “orphan brands” with our 2026 guide to the top 10 electric motorcycle manufacturers in Thailand. Compare BaaS, TCO, and local B2B OEMs now.
Colen
July 2, 2026