£12.55 incl. I.V.A.
Be quick! Only 4 products left in stock!
Guaranteed secure & safe checkout.
Easily pay within 30 days after you have received your package.
Read more
Tattu R-Line 650mAh 11.1V 95C 3S1P Lipo Battery has full capacity and discharge rate. It is a high discharge rate FPV racing lipo battery. The 95C gives you enough power under load. It is very compact in size and very light in weight. Works perfectly with your Multirotor FPV from size 100 to 180.
Tattu R-Line is a brand new product line specifically designed for professional FPV racing competitions. It's the selling version of Toppilot batteries. It's also a subsidiary of the Tattu brand. It's got higher capacity, lower internal resistance, and lower landing temperatures. They are more powerful than any graphene battery. Generally, R-Line batteries have the same specs as our popular Toppilot batteries. There are different R-Line versions for the needs of different FPV racing competitions
Features:
Specifications:
| SKU | TA-RL-95C-650-3S1P |
|---|---|
| Article Category | Tattu-FPV |
| Article No. | GA00089 |
| Net Weight (±10g) | 60 |
| Brand | Gens ace |
| Capacity | 650 mAh |
| Discharge Rate (C) | 95C |
| Parallel (P) | 2 |
| Voltage | 3S (11.1V) |
| Length (±5mm) | 59 |
| Width (±5mm) | 31 |
| Thickness(±5mm) | 18 |
| Wire Gauge | 16# |
| Wire Length (C/D) | 45mm |
| Connector Type | No |
| Balancer Connector Type | JST-XHR |
Application：
Tattu R-Line 650mAh 11.1V 95C 3S1P Lipo Battery is suitable for multirotor FPV from size 100 to 180.
We ship worldwide. Your order will be packaged really carefully and delivered wherever you want. Delivery takes between 4-6 business days. You will receive an e-mail after ordering with more information about the delivery.
Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.
We work hard to deliver your items without damage. Orders can be returned or exchanged within 30 days of receiving the parcel, providing they are in original resalable condition.
