5th Apr 2026, 08:44 AM
apacs Nano Fusion Speed 9000 Ultra White Unstrung Badminton Racquet
Price may vary by location, shipping cost, and availability.
71% Off
₹2,150
₹7,299
Highest: ₹7,299
Average: ₹2,290
Lowest: ₹1,551
Price History Graph
Offer Price Prices
Lowest: -
Average: -
Highest: -
Price History Information
You can check the price history of apacs Nano Fusion Speed 9000 Ultra White Unstrung Badminton Racquet here. This product's current Price in India is ₹2,150. The average and highest prices are ₹2,290 and ₹7,299 respectively.
| Lowest Ever Price | ₹1,551 |
|---|---|
| 26th Sep 2025 | |
| Average Price | ₹2,290 |
| Based on 395 days price tracking | |
| Highest Price | ₹7,299 |
| 19th Jun 2025 | |
Current Price in India
| Price | ₹2,150 |
|---|---|
| MRP | ₹7,299 |
| Savings | ₹5,149 |
| Discount | 70.54% |
Recent Price Drops on apacs Nano Fusion Speed 9000 Ultra White Unstrung Badminton Racquet
Price Drop 13th Dec 2025
₹2,250 → ₹2,100
6.67% drop
Price Drop 22nd Sep 2025
₹2,399 → ₹1,559
35.01% drop
Price Drop 22nd Jun 2025
₹7,299 → ₹2,399
67.13% drop
Price Drop 2nd Jun 2025
₹2,399 → ₹2,059
14.17% drop
Price Drop 1st May 2025
₹2,449 → ₹2,059
15.92% drop
Price Drop 2nd Apr 2025
₹2,349 → ₹2,159
8.09% drop
Product Information
Details
| Product Name | apacs Nano Fusion Speed 9000 Ultra White Unstrung Badminton Racquet |
|---|---|
| Store Product Code | RAQH34Q2AUQSUJYF |
| Store Name | flipkart.com |
| Brand | apacs |
| Rating | 8 / 10 |
| Category | apacs Badminton Racquet |
| Model Name | Nano Fusion Speed 9000 Ultra |
| Color | White |
Features
- Cover: Full Cover
- Strung Type:- Unstrung
- Grip Size: G5 - 7.62 cm
- Weight: 81 g
- Head Shape:- Isometric Shape
- Beam Width:- 20.5 mm
Rating and Reviews
8 Based on 17 reviews
apacs Nano Fusion Speed 9000 Ultra White has 8 rating out of 10. This average rating is consist of 17 individual ratings. You can rate this product at product review page.
* 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.