Bajaj Bikes

Bajaj Bikes Price in India 2026

Bajaj Auto is globally recognized for pioneering high-performance DTS-i powertrain technology. Explore the complete 2026 product portfolio layout — spanning legendary Pulsar street-fighters, comfortable Avenger cruisers, and highly efficient Platina economy commuters.

18+
Active Models
₹66K
Starting Price
75 kmpl
Peak Mileage
4,500+
Touchpoints

Bajaj Motorcycles Catalog

Select a model below to evaluate precise ex-showroom pricing structures, ARAI fuel metrics, and variant catalogs

Bajaj Platina Economy Commuter Bike
Commuter
Bajaj Platina 100
₹66,015 onwards
102 cc 75 kmpl 112 kg
View Details
Bajaj Pulsar Performance Streetfighter
Sports Naked
Bajaj Pulsar NS125
₹94,047 onwards
124.4 cc 56 kmpl 144 kg
View Details
Bajaj Avenger Highway Cruiser Bike
Cruiser
Bajaj Avenger 220
₹1,43,500 onwards
220 cc 40 kmpl 163 kg
View Details

Why Target Bajaj Auto?

Engineering robust performance motorcycles balanced seamlessly with daily utility metrics

⚙️
DTS-i Powertrains
Patented multi-spark electronic ignition systems maximizing thermal combustion velocity efficiently.
Pulsar Legacy
Dominating the premium sport segment layout cleanly for decades with class-leading acceleration metrics.
🛡️
Global Engineering
Strategic manufacturing tie-ups with premium international brands validating assembly tolerances natively.

Bajaj Bikes Reference Price Index

Core product summary matrix — factory ex-showroom base metrics

Index Model Profile Displacement ARAI Rating Ex-Showroom Price Segment Category
1 Bajaj CT 110X 115.45 cc 70 kmpl ₹69,626 Commuter
2 Bajaj Platina 110 HG 115.45 cc 70 kmpl ₹70,854 Commuter
3 Bajaj Pulsar 125 124.4 cc 50 kmpl ₹92,883 Sports
4 Bajaj Pulsar 150 Twin 149.5 cc 46 kmpl ₹1,15,418 Sports
5 Bajaj Pulsar NS200 199.5 cc 36 kmpl ₹1,58,976 Sports
6 Bajaj Dominar 400 373.3 cc 27 kmpl ₹2,32,000 Cruiser Tourer

Frequently Asked Questions — Bajaj Auto

Direct buyer analytics answering primary platform queries

Which is the most affordable Bajaj bike available in 2026?

What is the real-world fuel economy returned by Pulsar models?