Electric scooters are inherently easier and cheaper to maintain than petrol scooters. With fewer moving parts, no engine oil changes, no clutch systems, and significantly reduced wear components, the best Low-Maintenance Electric Scooters can help Indian commuters save thousands of rupees annually while enjoying a smoother ownership experience.
For daily riders, delivery professionals, students, office commuters, and families, maintenance costs often matter as much as purchase price. A scooter that spends less time in service centers and more time on the road delivers real value over the long term.
As India’s EV ecosystem continues to mature, manufacturers are focusing not only on range and performance but also on reliability, durability, and low ownership costs. This guide explores the best low-maintenance EV scooters available in India, their advantages, ownership costs, and what buyers should consider before making a purchase.
Why Are Electric Scooters Easier to Maintain?
Traditional petrol scooters contain hundreds of moving components that require periodic servicing.
These include:
- Engine oil
- Air filters
- Fuel injectors
- Spark plugs
- Exhaust systems
- Clutch assemblies
- Gear components
Electric scooters eliminate most of these systems.
Instead, an EV powertrain mainly consists of:
- Battery pack
- Electric motor
- Controller
- Battery Management System (BMS)
- Charging unit
As a result, routine maintenance requirements are dramatically reduced.
Average Annual Maintenance Cost Comparison
| Vehicle Type | Annual Maintenance Cost |
|---|---|
| Petrol Scooter | ₹4,000–₹8,000 |
| Premium EV Scooter | ₹1,000–₹3,000 |
| Budget EV Scooter | ₹500–₹2,000 |
For riders covering 10,000 km annually, the savings become even more significant.
What Makes an Electric Scooter Truly Low Maintenance?
Not every EV scooter offers the same ownership experience.
The most reliable low-maintenance EV scooters typically include
1. Robust Battery Management Systems
A high-quality BMS protects batteries from:
- Overcharging
- Deep discharge
- Overheating
- Voltage fluctuations
2. Long Battery Warranty
Look for:
- Minimum 3 years warranty
- Preferably 5 years or more
- Coverage of 30,000–60,000 km
3. Water and Dust Protection
India’s monsoon conditions demand:
- IP67-rated batteries
- Weather-resistant electronics
4. Reliable Service Network
A strong service ecosystem ensures the following:
- Faster repairs
- Easier spare part availability
- Better ownership support
5. OTA Software Updates
Modern scooters receive over-the-air updates that improve the following:
- Efficiency
- Battery performance
- Safety features
- Diagnostics
Best Low-Maintenance Electric Scooters in India (2026)
Comparison Table
| Scooter | Range | Top Speed | Price (Approx.) | Maintenance Rating |
|---|---|---|---|---|
| TVS iQube | 100 km | 78 km/h | ₹1.13 Lakh+ | Excellent |
| Bajaj Chetak | 127–153 km | 73 km/h | ₹96,500+ | Excellent |
| Ather Rizta | 123–160 km | 80 km/h | ₹1.20 Lakh+ | Excellent |
| BGauss RUV 350 | 90–120 km | 75 km/h | ₹1.10 Lakh+ | Very Good |
| Ola S1 X | Up to 143 km | 85 km/h | ₹89,957+ | Good |
| Komaki X-One | 60–85 km | 25–45 km/h | ₹34,999+ | Good |
| Zelio Gracy i | 60–80 km | 25 km/h | ₹58,159+ | Good |
1. TVS iQube
Why is the TVS iQube one of the Best Low-Maintenance Electric Scooters?
TVS has leveraged decades of two-wheeler engineering expertise to create one of India’s most dependable EV platforms.
Key Advantages
- Proven motor technology
- Strong dealership support
- Robust chassis
- Reliable battery architecture
- Wide service availability
Key Specifications
| Feature | Details |
|---|---|
| Range | Around 100 km |
| Top Speed | 78 km/h |
| Charging Time | Approximately 4–5 Hours |
| Price | Starting around ₹1.13 Lakh |
Best For
- Daily office commuters
- Family riders
- First-time EV buyers
2. Bajaj Chetak
Why Is Bajaj Chetak Known for Reliability?
The Bajaj Chetak has built a reputation as one of India’s most durable electric scooters.
Unlike many competitors that rely heavily on plastic body panels, Chetak uses a steel body construction.
Key Benefits
- Greater durability
- Better impact resistance
- Reduced cosmetic damage
- Lower replacement costs
Additional Advantages
- IP67 water protection
- Advanced BMS
- Minimal routine servicing
- Excellent ride quality
Key Specifications
| Feature | Details |
|---|---|
| Range | 127–153 km |
| Top Speed | 73 km/h |
| Price | Starting around ₹96,500 |
Best For
- Long-term ownership
- Urban commuters
- Riders in monsoon-prone regions
3. Ather Rizta
Why Are Families Choosing Ather Rizta?
The Ather Rizta combines family-friendly practicality with the premium engineering standards that Ather is known for.
Maintenance Advantages
- High-quality battery system
- OTA updates
- Durable components
- Predictive diagnostics
Key Specifications
| Feature | Details |
|---|---|
| Range | 123–160 km |
| Top Speed | 80 km/h |
| Price | Starting around ₹1.20 Lakh |
Best For
- Families
- Daily city riders
- Tech-savvy users
4. BGauss RUV 350
Is the BGauss RUV 350 a Hidden Gem?
While not as widely discussed as some mainstream competitors, the BGauss RUV 350 offers impressive reliability.
Highlights
- Metal body construction
- Advanced BMS
- Stable ride quality
- Strong build durability
Key Specifications
| Feature | Details |
|---|---|
| Range | 90–120 km |
| Top Speed | 75 km/h |
| Price | Around ₹1.10 Lakh |
Best For
- Urban riders
- Cost-conscious buyers
- Riders seeking durability
5. Ola S1 X
Why Is Ola S1 X Popular Among Budget Buyers?
The Ola S1 X offers an attractive combination of affordability and low maintenance.
Key Benefits
- Low running costs
- OTA software updates
- App-based diagnostics
- Multiple battery options
Key Specifications
| Feature | Details |
|---|---|
| Range | Up to 143 km |
| Top Speed | Up to 85 km/h |
| Price | Starting around ₹89,957 |
Best For
- Budget-conscious commuters
- Young riders
- Urban mobility users
6. Komaki X-One
The Komaki X-One appeals to buyers seeking affordable daily transportation. Best Low-Cost Electric Scooter with Minimal Maintenance
Benefits
- No fuel expenses
- Simple operation
- Low service requirements
- Lightweight design
Price
Approx. ₹34,999 (Ex-showroom)
Best For
- Students
- Local commuting
- Small-town users
7. Zelio Gracy i
The Zelio Gracy i continues gaining popularity in smaller cities. Affordable Mobility for Tier-2 and Tier-3 Cities
Benefits
- Low ownership cost
- Easy charging
- Practical urban mobility
- Minimal upkeep
Price
Approx. ₹58,159
Best For
- Local errands
- School runs
- Senior citizens
For more details, see the table below
 |  |  |  |  |  | |
| Name | Ola Electric S1 X 3rd Gen | Ather Energy RiztaZ | TVS Motor Company iQUBE | Bajaj Chetak 3001 | BGauss BG RUV | Zelio E-Mobility Gracy i |
| Model | 4kWh | 3.7 KW | ST 5.3 kWh | 3 KW | 350 Max 3 kWh | Lead Acid GEL 60V - 32AH |
| Year | 2025 | 2024 | 2025 | 2025 | 2024 | 2025 |
| Price | ₹1,09,999 | ₹1,42,000 | ₹1,58,834 | ₹1,09,038 | ₹1,35,000 | ₹55,309 |
Brakes ⯆ | ||||||
| Braking System (ABS/CBS) | CBS | CBC | CBS | Combined Braking System (CBS) | Combi Braking System (CBS) | |
| Front Brake Type | Drum | Disc brakes | 220mm Disc | Drum | Drum (Dia 130MM) | Disc |
| Rear Brake Type | Drum | Drum with CBS | 130mm Drum | Drum | Drum - CBS (Dia 130MM) | Drum |
Pricing ⯆ | ||||||
| Ex-showroom price | 109999 | 142000 | 158834 | 109038 | 135000 | 55309 |
Suspension & Frame ⯆ | ||||||
| Front suspension | Twin telescopic | Telescopic | Telescopic | Single-sided leading link suspension | Telescopic | Telescopic |
| Rear suspension | Mono Shock | Monoshock | Adjustable, Hydraulic twin tube shock absorber | Monoshock | Nitrox Gas emulsion type, 5 Step Adjustable Single hydrualic suspension | Hydraulic |
| Frame type | Tubular & Sheet metal | Tabular Structure | Tubular Chassis | Underbone/Scooter Frame | ||
| Frame materials | High-strength steel | |||||
Transmission ⯆ | ||||||
| Type | Automatic | Automatic | Automatic | Automatic | ||
| Transmission ratio | ||||||
Peripherals & convenience ⯆ | ||||||
| Headlights | LED | LED | LED | LED | LED | LED |
| Tailights | LED | LED | LED | LED | LED | LED |
| Indicators | LED | LED | LED | LED turn signal lamps | LED | LED |
| Park Assist | Yes, Reverse/Forward | |||||
| Side stand motor cut-off | ||||||
| Pillion grab handle | ||||||
| Reverse mode | Yes with dedicated switch | |||||
| Side Stand Alert | ||||||
| Pillion backrest | ||||||
| Number Plate Lamp | Yes, LED | LED | LED | |||
| Signature Position Lamp | Yes, LED | LED | ||||
| Illuminating Logo | Yes, LED | |||||
| DRLs | LED | LED | ||||
Features ⯆ | ||||||
| Navigation | Google Maps | Turn by Turn | ||||
| Digital Storage | ||||||
| App Control | Yes, Bluetooth | |||||
| Tow & Theft Notifications | ||||||
| Find my scooter | ||||||
| Ride Stats | ||||||
| Push Navigation | ||||||
| Inter-city Trip Planner | ||||||
| OTA Updates | ||||||
| Riding modes | Sports, Normal & Eco | Zip™ mode (Default), SmartEco™ | Eco and Power Mode | Yes, Eco & Sports | Eco, Ride & Sport | |
| TrueRange Display | SmartEco™-100 km | |||||
| Interactive UI | ||||||
| Dashboard auto brightness | Yes, Adaptive | |||||
| AutoHold | ||||||
| Auto Indicator cut-off | ||||||
| Guide-me-home lights | ||||||
| Vehicle FallSafe | ||||||
| Coasting regeneration | ||||||
| Emergency Stop Signal (ESS) | ||||||
| Call & Music control | Yes, With TecPac | |||||
| Ping my scooter | ||||||
| Alexa Skills | ||||||
| WhatsApp on dashboard | ||||||
| Ride Stories | ||||||
| Share live location | ||||||
| Cruise Control | ||||||
| GPS Connectivity | ||||||
| Remote Boot Unlock | ||||||
| Advanced Regen | ||||||
| Mobile Phone Connectivity | ||||||
| Regenerative Braking | ||||||
| GSM Connectivity | Yes, Via server | |||||
| TCU (Telematic Control Unit) | ||||||
| HMI Joystick | ||||||
| Voice Assist | ||||||
| Distance to Empty (DET) | ||||||
| Geofencing | ||||||
| Hill Hold | ||||||
| TPMS | ||||||
| Limphome mode | ||||||
| USB Port | ||||||
Warranty ⯆ | ||||||
| Scooter Warranty | 3 yrs/40,000 km | 3years/30 000 km | 3 years or 50,000 km | 36,000 Kms or 3 years | 2 years | |
| Battery Warranty | 3 year or 50,000 km | 3years/30 000 km | 3 years or 50,000 km | 3 years or 50,000 km | 36,000 Kms or 3 years | 1-year |
| Charger Warranty | 3years | 3 years or 50,000 km | 36,000 Kms or 3 years | |||
Dashboard ⯆ | ||||||
| Processor | Snapdragon 212Quadcore 13Ghz | |||||
| Digital Storage | ||||||
| RAM | 1GB | |||||
| Operating system | Android Open Source OS (AOSP) | |||||
| Screen size & type | 17.7em (7" TFT | 17.78 cm TFT Touch Display | Segmented Display | Fully Digital Display | ||
| Touchscreen type | TFT Touch | Coloured LCD Display | ||||
| Resolution | 800 * 480 PIXELS | |||||
| Colours | Titanium Grey Matte, Starlight Blue-Beige, Copper Brown-Beige | 5 | ||||
| Brightness | 1000 LUX | |||||
| Aspect ratio | ||||||
| Water & dust resistance | IPX7 | IP67 | ||||
| Key Type | Physical Key | Physical | Flip Key with LED Light | Flip Key | Keyless Drive/Remote Key | |
| Instrument Cluster | Digital | TFT Touch / 17.78cm Display | ||||
| Flip Key with LED Light | ||||||
Dimensions & storage ⯆ | ||||||
| Length | 1900 mm | 185cm | 1805 mm | 1914 mm | 1928 mm | |
| Width | 820 mm | 75cm | 645 mm | 697 mm | ||
| Height | 1272 mm | Ti4em | 1140 mm | 1200 mm | ||
| Wheelbase | 1359 mm | 1285cm | 1301 mm | 1355 mm | 1335 mm | |
| Ground clearance | 160 mm | 15cm | 157 mm | 160 mm | ||
| Seat height | 791 mm | 78cm | 770 mm | 775 mm, Black Rexene Seat | 785 mm | |
| Kerb weight | 113 kg | 125kg | 132 kg | 116 kg | 85 kg | |
| F:R weight ratio | ||||||
| Water wading limit | 40cm | |||||
| Boot storage | 34L | 34L | 32 L | 35 L | 20L | |
| Front Storage | 22L | 5 L | ||||
| Pillion Seat height | 84cm | |||||
| Pilion Backrest | ||||||
Tyres & wheels ⯆ | ||||||
| Wheel type | Steel | Alloy rim | Alloy | Alloy | Alloy wheel | Alloy |
| Wheel size (front) | 12 inch | 30.4cmx5.4.cm (12'x215") | 304.8 mm | 12 inch | 16 inches | 12 inches |
| Wheel size (rear) | 12 inch | 30.4cmx5.4.cm (12'x215") | 304.8 mm | 12 inch | 16 inches | |
| Tyre size (front) | 90/90 - R12 | 90/90-12 tubeless tyres | 90/90-12 | 90/90 - 12 | 80/80-16 | 90-90/12 |
| Tyre size (rear | 90/90 - R12 | 100/80-12 tubeless tyres | 90/90-12 | 90/100 - 12 | 80/80-16 | 90-90/12 |
| Tyre Type | Tubeless | Tubeless | Tubeless | |||
Charging Info ⯆ | ||||||
| Home Charging (0-80%) | 4 hrs 50 mins | 4hr30min | 4 h 18 m | 3 hr 50 m | 4Hrs 5mins(500W), 2Hrs 05mins(840W) | |
| Home Charging (0-100%) | 5hr45min | 5Hrs 15mins(500W), 3Hrs 05mins(840W) | Approx. 7-9 hours | |||
| Charging Network | ||||||
| 0-50% SOC | Recharge 15km in 10 min | |||||
| 50-80% SOC | ||||||
| Charger Type and Capacity | Portable 750 W | Off-Board, Portable Charger | Portable 750W off-board charger | Offboard | ||
Battery ⯆ | ||||||
| Installed capacity | 4 kWh | 3.7kwh | 5.3 kWh | 3 KW | 3 kWh | 60V - 32AH |
| Battery type | Lithium Ion | Lithium-ion | Lithium Ion Battery | Lithium-ion | Lithium Iron Phosphate | Lead Acid GEL |
| Rated voltage | 52V | 48V | 60V | |||
| Water & dust resistance | IPX7 | IP67 | ||||
| Pack casing | High Pressure Die Cast Aluminium Casting | Aluminium | ||||
| BMS Controlled | ||||||
| Battery Level and Low Battery Indicator | ||||||
Range ⯆ | ||||||
| ARAI IDC Range | 242 km | 159 km | 212 km | 127 km | 105 km | 60 KM/CHARGE |
| Real World Range | 165 km | |||||
Performance ⯆ | ||||||
| Motor Power (Nominal/Peak) | 5.5 kW/7 kW | 4.3 KW | 3KW/4.4kW | 2.5 kW/3.1 kW | 3500 W | 60V |
| Max torque | 22 Nm | 30Nm/140Nm | 20 Nm | 165 Nm | ||
| Top speed | 123 km/h | 80 Km/h | 82 km/h | 63 km/h | 75 km/h | 25 km/h |
| Acceleration (0-40 km/h) | 3.0 sec | 4.7 s | 4.5 S | 5.8 sec | ||
| Gradeability at peak power | 15.6 Deg | 15 degrees | 10 Degrees | |||
| Motor type | Mid Drive IPM | PSSM | BLDC Hub mounted Type | BLDC (Brushless Direct Current) hub-mounted motor. | PMSM | BLDC Hub Motor. |
| Motor IP Rating | IP66 | IP67 | IP67 | IP67 | IP65 | |
| Controller IP Rating | IP67 | IP67 | IP67 | |||
| Battery IP Rating | IP67 | IP67 | IP67 | IP67 | IP67 | IP65 |
| Charger IP Rating | IP67 | IP65 | ||||
How Much Does Electric Scooter Maintenance Cost in India?
One of the biggest attractions of EV ownership is reduced servicing expenses.
Typical Maintenance Expenses
| Component | Annual Cost |
|---|---|
| Brake Inspection | ₹300–₹700 |
| Brake Pads | ₹500–₹1,000 |
| Tyres | ₹2,000–₹4,000 (every few years) |
| General Inspection | ₹500–₹1,500 |
| Software Updates | Usually Free |
Most owners spend less than ₹2,500 annually. This makes electric scooter maintenance costs significantly lower than petrol alternatives.
Common Mistakes That Increase EV Maintenance Costs
Many owners unknowingly reduce battery life and increase ownership expenses. Avoid these mistakes:
- Charging to 100% Every Day: Regular full charging can accelerate battery degradation.
- Ignoring Software Updates: Updates often improve battery optimization and efficiency.
- Leaving the Battery Fully Discharged: Deep discharge harms lithium-ion cells.
- Using Non-Approved Chargers: Always use manufacturer-certified charging equipment.
- Parking in Extreme Heat: High temperatures accelerate battery aging.
Charging Insights for Long-Term Battery Health
To maximize battery life:
- Maintain battery charge between 20% and 80% when possible.
- Avoid frequent fast charging.
- Charge in shaded locations.
- Use smart charging schedules.
- Install surge protection at home.
Most modern lithium-ion batteries can last 6–8 years with proper care.
Government Incentives and EV Policy Support in India
India’s EV market has experienced tremendous growth thanks to supportive policies.
Key initiatives include:
a) PM E-DRIVE Scheme
Successor initiatives continue supporting EV adoption through manufacturing and infrastructure development.
b) State-Level Incentives
Several states provide:
- Road tax exemptions
- Registration fee waivers
- Purchase subsidies
- Charging infrastructure support
c) GST Benefits
Electric scooters attract only 5% GST compared with higher tax structures for many conventional vehicles.
EV Charging Infrastructure Is Expanding Rapidly
India’s charging ecosystem continues to improve.
Growth drivers include:
- Public charging stations
- Residential charging solutions
- Workplace charging
- Highway charging corridors
Major cities include:
- Bengaluru
- Delhi NCR
- Mumbai
- Pune
- Hyderabad
- Chennai
We are witnessing rapid charging infrastructure deployment.
This growth further reduces ownership anxiety for EV buyers.
Sustainability Benefits of Low-Maintenance EV Scooters
Low-maintenance scooters contribute to sustainability in several ways.
a) Reduced Resource Consumption
No engine oil means:
- Less waste generation
- Reduced environmental contamination
b) Lower Carbon Emissions
Even when charged from the existing grid, EVs generally produce fewer lifetime emissions than petrol vehicles.
c) Less Noise Pollution
Electric scooters create quieter urban environments.
d) Improved Urban Air Quality
Widespread EV adoption can significantly reduce particulate pollution in crowded Indian cities.
Expert Insight from Electric Vehicle Talks
From our analysis of India’s rapidly evolving EV market, reliability is becoming one of the strongest purchase drivers after range and price.
Many early EV buyers focused heavily on battery size and top speed. Today’s consumers are asking more practical questions:
- How often will I need servicing?
- What happens after three years?
- Is the battery warranty reliable?
- How good is the service network?
At Electric Vehicle Talks, we believe buyers should prioritize durability, battery warranty, service support, and real-world ownership experience over marketing claims. For most Indian commuters, scooters such as the TVS iQube, Bajaj Chetak, and Ather Rizta currently represent the strongest balance between reliability, performance, and low maintenance.
For deeper EV ownership guides, charging resources, and industry updates, readers can explore additional insights.
Future of Low-Maintenance Electric Scooters in India
Several emerging trends will make EV ownership even easier.
a) Solid-State Batteries
Future batteries may offer:
- Longer lifespan
- Faster charging
- Improved safety
b) AI-Based Diagnostics
Predictive maintenance will identify issues before failures occur.
c) Connected Vehicle Ecosystems
Real-time monitoring will improve reliability and reduce downtime.
d) Battery Recycling Expansion
India is investing heavily in battery recycling infrastructure, creating a more sustainable EV ecosystem.
People Also Ask
Which electric scooter has the lowest maintenance cost in India?
The Bajaj Chetak, TVS iQube, and Ather Rizta are among the lowest-maintenance electric scooters due to their reliable battery systems, robust construction, and extensive service networks.
Are electric scooters cheaper to maintain than petrol scooters?
Yes. Electric scooters typically cost 50–80% less to maintain because they eliminate engine oil changes, spark plugs, filters, and many moving components.
How long does an electric scooter battery last?
Most modern lithium-ion batteries last between 6 and 8 years or approximately 50,000–80,000 kilometers, depending on usage and charging habits.
Which EV scooter is best for Indian roads?
The TVS iQube, Bajaj Chetak, and Ather Rizta perform particularly well on Indian roads due to their durable suspension systems, sturdy chassis, and reliable electronics.
Is EV servicing expensive in India?
No. Routine EV servicing is generally inexpensive, with annual maintenance costs often remaining below ₹2,500.
What is the average charging cost of an electric scooter?
Depending on electricity tariffs and battery size, charging usually costs ₹0.20–₹0.50 per kilometer, making EVs significantly cheaper to run than petrol scooters.
Which electric scooter has the best battery warranty?
Several leading brands offer warranties ranging from 3 to 8 years. Buyers should compare warranty duration, kilometer coverage, and replacement policies before purchasing.
FAQs about the Best Low-Maintenance Electric Scooters in India
What are the best low-maintenance electric scooters in India, with prices?
Top options include Bajaj Chetak (₹96,500+), TVS iQube (₹1.13 lakh+), Ather Rizta (₹1.20 lakh+), Ola S1 X (₹89,957+), and BGauss RUV 350 (₹1.10 lakh+).
Do electric scooters require regular servicing?
Yes, but far less frequently than petrol scooters. Most servicing focuses on brakes, tyres, software updates, and general inspections.
Can electric scooters handle Indian monsoon conditions?
Most premium EV scooters feature IP67-rated batteries and water-resistant electronics, making them suitable for monsoon riding when used responsibly.
How can I increase my electric scooter battery life?
Avoid extreme temperatures, maintain charge levels between 20–80%, use manufacturer-approved chargers, and install software updates regularly.
Are low-maintenance EV scooters suitable for long-term ownership?
Absolutely. Many premium EV scooters are designed for 6–10 years of ownership with proper battery care and routine inspections.
Is home charging enough for most electric scooter owners?
Yes. Most urban commuters travel less than 40 km daily, making overnight home charging sufficient for regular use.
Which electric scooter offers the best balance of reliability and value?
For most Indian buyers, the TVS iQube, Bajaj Chetak, and Ather Rizta currently offer the strongest combination of reliability, service support, battery protection, and low ownership costs.
Conclusion
The rise of Low-Maintenance Electric Scooters reflects a broader shift in India’s mobility landscape. Buyers are no longer focused solely on purchase price or range. They increasingly value reliability, predictable ownership costs, battery longevity, and hassle-free commuting.
Models such as the TVS iQube, Bajaj Chetak, Ather Rizta, BGauss RUV 350, and Ola S1 X demonstrate how modern EV technology can deliver strong performance while dramatically reducing maintenance requirements. Combined with lower running costs, expanding charging infrastructure, supportive government policies, and growing consumer confidence, electric scooters have become one of the smartest mobility investments available today.
As India’s EV revolution accelerates, choosing a dependable, low-maintenance scooter can help riders save money, reduce environmental impact, and enjoy a smoother ownership journey for years to come.
For more expert EV buying guides, ownership tips, charging insights, and industry analysis, explore the latest resources from Electric Vehicle Talks and stay informed about the future of sustainable mobility.
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