India's Trusted EV Brand

Advanced Electric
Scooters & Bikes

Explore our growing EV lineup with city-focused scooters and premium models designed for Indian roads and daily savings.

150+

KM Range

25

KM/H Speed

3-4

HRS Charge

₹0.15

Per KM

Savari Go Devine 4

Savari Go | Smart Features

Built Different. Rides Better.

Smart LED Display

Digital speedometer with battery level, trip info, and ride mode indicator.

Powerful BLDC Motor

High-efficiency brushless motor for smooth, silent acceleration.

Durable Tubeless Tires

Anti-puncture tubeless tires for hassle-free rides on any terrain.

No License Required

Speed capped at 25 km/h — no registration or license needed.

Fast Charging

Lithium models charge in 3-4 hours. Lead acid in 7-8 hours.

Spacious Footboard

Wide, flat footboard for comfortable riding posture.

Dealer Opportunity

Estimate Your Savari Go Dealership Earnings

Use this quick estimate to understand potential monthly dealership earnings before you apply to partner with Savari Go.

Assumed Margin

40%

Territory Model

Exclusive

Support

Sales + Spares

What dealers usually want to know first

  • 01How much monthly sales volume is realistic in my city?
  • 02How much overhead goes into rent, staff, and local promotion?
  • 03What can I actually take home after expenses?

Interactive

Dealer Calculator

Per Bike Profit

₹6k-₹7k

Average calculation uses ₹6,500 profit per bike. Actual margin depends on model.

25 Bikes
1 Bike 100 Bikes
₹60,000
₹10k ₹3L

Gross Profit

₹1,62,500

Monthly bike sales multiplied by average per-bike profit.

Net Take-Home

₹1,02,500

Gross profit minus monthly overheads.

This estimate is indicative. Actual profitability depends on product mix, financing, local demand, and support cost in your territory.

FAQs

Frequently Asked Questions

Find everything you need to know here.

How long does it take to charge?

Lead Acid models take 7-8 hours for a full charge. Lithium Ion models charge in 3-4 hours.

Is a driving license or registration required?

No. Our scooters are capped at 25 km/h, which exempts them from license and registration requirements as per government regulations.

What is the weight capacity?

Our electric scooters support up to 150 kg load capacity, ensuring robust performance and stability.

What is the top speed?

Top speed is 25 km/h for low-speed models (no license needed) and up to 60 km/h for high-speed models (registration required).

What warranty do you provide?

3-year warranty on motor, 1-2 years on battery depending on type. Comprehensive after-sales support across India.

How can I become a dealer or distributor?

Visit our Business page to submit either the dealer or distributor application. Our team will contact you within 48 hours with the relevant next steps.

Contact Us

Looking to Buy an E-Scooter?

Our experts will assist you. Available 10am - 7pm weekdays.

Best Electric Scooters & Bikes in India by Savari Go

Ride Electric, Ride Smart with Savari Go

Savari Go is one of India's emerging electric vehicle brands offering affordable, high-performance electric scooters and bikes. With the rising demand for sustainable transportation, Savari Go provides eco-friendly mobility solutions designed specifically for Indian roads and conditions. Whether you need a budget-friendly daily commuter or a long-range electric scooter, Savari Go has the perfect model for you.

Why Choose Savari Go Electric Scooters?

Our electric scooters offer zero emissions, ultra-low running costs (approx ₹0.15/km), no registration or license requirement for low-speed models, and comprehensive after-sales service across India. With options ranging from lead-acid to lithium-ion batteries, you can choose the perfect balance of range, charging time, and budget.

Key Benefits of Savari Go

  • No fuel cost — charge from any standard home outlet
  • Low maintenance — no engine oil, clutch, or complex mechanical parts
  • Government subsidies available under FAME II scheme
  • 3-year warranty on motor with pan-India service network
  • Multiple battery options: Lead Acid and Lithium Ion