Avenger 220 Street redefines City riding
Avenger 220 Street redefines City riding
The Bajaj Avenger 220 Street redefines city riding with its special performance and comfortable floating. Fineness goes to the highways. Because of Bajaj's art in linking shape and function, Avenger 220 Street is a representation of tasteful road-floating. For riders looking for a comforting but buoyant riding experience, the combination of a strong machine with a relaxed riding situation produces an unrivaled community. The Avenger 220 Street is an adjustable sportfisherman that makes sure every ride is a refined expression of comfort and performance, whether it's via wide roadways or the cities.
- Like
Bajaj Avenger 220 Street User Reviews
- All (30)
- Comfort (22)
- Seat (16)
- Experience (15)
- Engine (14)
- Power (13)
- Performance (12)
- Looks (10)
- More ...
- LATEST
- MOST HELPFUL
Just as classy as you
Bajaj Avenger 220 Street comes with a classy, old-school design. The handling is super smooth, along with a 220 cc.....Read More
- Like
Comfortable Cruiser with.....
The Bajaj Avenger 220 Street is a cool cruiser bike for both city and highway riding that is targeted at young.....Read More
- Like
Avenger 220 Street Urban.....
The classic fetish of the Bajaj Avenger 220 road is connected with the seductiveness of city floating. This sporty man.....Read More
- Like
Bajaj Avenger 220 Street.....
I invariably take the Bajaj Avenger 220 road when I want to drift in performance. My bike's satiny and fashionable.....Read More
- Like
Bajaj Avenger 220 Street is a.....
The Bajaj Avenger 220 Street is a cruiser bike known for its comfortable riding position, air-cooled engine, and.....Read More
- Like
- View All Bajaj Avenger 220 Street Reviews
Users Also Viewed
More Bike Options to Consider
Further Research
Trending Bajaj Bikes
- Popular
- Upcoming
- Pulsar NS400ZRs 1.85 Lakh*
- Pulsar NS200Rs 1.58 Lakh*
- Pulsar 125Rs 81,414 - 94,957*
- Pulsar 150Rs 1.10 - 1.15 Lakh*
- Pulsar NS 125Rs 1 Lakh*
- CNG BikeRs 80,000*
- Pulsar N125Rs 1 Lakh*