What is the engine capacity of the upcoming Benelli 402S?

The upcoming Benelli 402S is expected to feature a 399cc engine, providing excellent performance and a smooth riding experience.

How much power and torque will the engine of the upcoming Benelli 402S generate?

The engine of the upcoming Benelli 402S is expected to generate 38.88 bhp @ 9000 rpm power and 35 Nm @ 7000 rpm torque for responsive performance.

What will be the mileage of the upcoming Benelli 402S?

The upcoming Benelli 402S is expected to offer an impressive mileage of 23.81, ensuring longer rides with fewer stops for refuelling.

What is the fuel tank capacity of the upcoming Benelli 402S?

The upcoming Benelli 402S will feature a 16L fuel tank, ideal for extended journeys without frequent refuelling.

What will be the braking and suspension setup of the upcoming Benelli 402S?

The upcoming Benelli 402S is expected to come equipped with Disc brakes, featuring 41mm USD Forks and Rear Shock Absorber with Spring Preload Adjustment for enhanced comfort and stability.

Bikes
- Latest Bikes
- BEST BIKES
- UPCOMING BIKES
- NEW BIKES
- ELECTRIC BIKES
- POPULAR BIKES BRAND
- BIKES BY BUDGET
- BEST MILEAGE BIKES
- BIKES BY MILEAGE
SCOOTERS
- LATEST SCOOTERS
- BEST SCOOTERS
- UPCOMING SCOOTERS
- NEW SCOOTERS
- ELECTRIC SCOOTERS
- POPULAR SCOOTERS BRAND
- SCOOTERS BY BUDGET
- BEST MILEAGE SCOOTERS
- SCOOTERS BY MILEAGE
ELECTRIC VEHICLES
- ELECTRIC BIKES
  - ELECTRIC BIKE BRANDS
  - LATEST ELECTRIC BIKES
  - BEST ELECTRIC BIKES
  - UPCOMING ELECTRIC BIKES
- ELECTRIC SCOOTERS
  - ELECTRIC SCOOTERS BRANDS
  - LATEST ELECTRIC SCOOTERS
  - BEST ELECTRIC SCOOTERS
  - UPCOMING ELECTRIC SCOOTERS
COMPARE
ON ROAD PRICE
DEALERS & SHOWROOMS
NEWS & MORE
BIKE FINANCE
- BIKE LOAN
- EMI CALCULATOR

Benelli 402S Specifications

Upcoming Benelli 402S will be powered by a 399cc engine, engineered with Not Available setup. This engine is expected to generate 38.88 bhp @ 9000 rpm and 35 Nm @ 7000 rpm . This further will ensure a smooth and responsive riding experience. The Upcoming Benelli 402S will feature an advanced engine that offers an impressive mileage of 23.81, allowing riders to cover more distance. The bike will come with a 16L fuel tank capacity, enabling longer rides with fewer refuelling stops. For braking, the Upcoming Benelli 402S will be equipped with Disc brakes featuring a 41mm USD Forks and Rear Shock Absorber with Spring Preload Adjustment suspension system. The bike’s tyre size is expected to be Front : 120/70-R17, Rear : 160/60-R17, offering enhanced stability and control. Additionally, the kerb weight of the Upcoming Benelli 402S will make the bike more lighter to handle.

‌

Benelli 402S

*Expected exshowroom price

₹ 2.73 - 2.95 Lakh

Date Not Yet Confirmed

EMI ₹4,990/ month

EMI Calculated Basis

Down Payment - ₹ 27,344
Interest Rate - 8% p.a.
Tenure - 5 Years

EMI Calculator

Key Specifications of Benelli 402S

Engine 399 cc	Mileage 23.81 kmpl
Top Speed 155 Km/h	Fuel Capacity 16 L
Speedometer Digital	Starting Self Start Only

Benelli 402S Features and Specs

Engine
Displacement Engine cylinder capacity measured in cc.	399 cc
Max Power Highest power the engine/motor can produce.	38.88 bhp @ 9000 rpm
Max Torque The highest twisting force the engine generates, which affects acceleration and pulling power.	35 Nm @ 7000 rpm

Speed
Top Speed	155 Km/h

Brakes
Front Brake	Disc
Rear Brake	Disc
Braking Type	Anti-Lock Braking System

Body
Body Type The overall design and shape of the bike (e.g., cruiser, sports, scooter).	Street
Seat height Distance from the ground to the seat.	740 mm
Width	928 mm

Meter
Speedometer Displays the current speed of the bike in km/h or mph.	Digital
Odometer Measures and records the total distance the bike has traveled since new.	Digital
Tripmeter Tracks specific trip distances separately from the odometer, useful for measuring short rides.	Digital

Lights
Headlight	LED
Tail Light	LED

Mileage & Performance
Mileage	23.81 kmpl

Tyres & Wheels
Tyre Size	Front : 120/70-R17, Rear : 160/60-R17
Wheels Type	Alloy
Wheelbase The distance from the center of the front wheel to the center of the rear wheel, affecting stability, handling, and riding comfort.	1405 mm