Crompton Highspeed Toro 600 mm Designer Ceiling Fan | BEE Star Energy Rating | Anti-Dust | Active Power Technology | Upto 50% Less Heating | 2 Year Manufacturer Warranty | Warm Grey
Price may vary by location, shipping cost, and availability.
You can check the price history of Crompton Highspeed Toro 600 mm Designer Ceiling Fan | BEE Star Energy Rating | Anti-Dust | Active Power Technology | Upto 50% Less Heating | 2 Year Manufacturer Warranty | Warm Grey here. This product's current Price in India is ₹3,799. The average and highest prices are ₹3,799 and ₹3,799 respectively.
Lowest Ever Price
₹3,799
2nd Sep 2026
Average Price
₹3,799
Based on 8 days price tracking
Highest Price
₹3,799
2nd Sep 2026
Current Price in India
Price
₹3,799
MRP
₹4,699
Savings
₹900
Discount
19.15%
Product Information
Details
Product Name
Crompton Highspeed Toro 600 mm Designer Ceiling Fan | BEE Star Energy Rating | Anti-Dust | Active Power Technology | Upto 50% Less Heating | 2 Year Manufacturer Warranty | Warm Grey
Store Product Code
B0H51B7RHP
Store Name
amazon.in
Brand
Crompton
Category
Ceiling Fans
Product Manufacturer
For Crompton Greaves Consumer electricals limited
Model Number
HS Toro 24 1Z
Size
Small
Dimensions
20D x 27W x 27H Centimeters
Country of Origin
India
Features
Product Details: Crompton Highspeed Toro is a premium decorative ceiling fan, and its design is inspired by modern dcor which reflects the latest design trends
Performance: 1-Star rated fan which is equipped with a powerful motor that gives superior air delivery of 115 CM
Anti Dust Fan: It is an Anti-Dust fan which attracts ~50% less dust than regular fans (Under ideal test conditions)
Durability: It is Equipped with Active Power Technology and double ball bearings which makes its motor super-efficient and increases its life.
Color Variants: It is available in super looking shades - Magic Brown, Silver Magic White, Birken Effect, Warm Grey
Images
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* Predictions is created on based of past prices and trends, it does not guarantee that it will happen. These are just prediction for theoretical information only.