Helion 7 Cell 8.4v 3000mAh Hump NiMh Battery (Deans Connector) (HLNA0393)
Brand: Radient
Part No: RDNA0098
In Stock: Usually ships same day
The Radient RDNA0098 Helion 7 Cell 8.4v 3000mAh Hump NiMH Battery (HLNA0393) is a SC-size, 6-1 hump pack designed for surface RC applications. Delivering 8.4V from seven NiMH cells and pre-fitted with a Deans (HCT) connector, it provides a straightforward fit where a compact hump configuration is required. Finished in black and recommended for users aged 14+, this pack balances capacity and convenience for everyday running.
Key Features
- Connector: Deans (HCT)
- Capacity: 3000mAh
Tech Specs
- Chemistry: Nickel-Metal Hydride (NiMH)
- Cells: 7-cell (8.4V)
- Configuration: 6-1 hump
- Battery Size: SC
- Colour: Black
- Weight: 450g (shipping weight 0.45kg)
- Application: NiMH surface 1/10, 1/12, 1/13
- Age Recommendation: 14+
Suggested Compatibility
- 1/10, 1/12 and 1/13 scale surface RC models using a Deans (HCT) connector
- Installations that accept a 7-cell, 6-1 hump SC NiMH pack
Secured by Stripe
Helion 7 Cell 8.4v 3000mAh Hump NiMh Battery (Deans Connector) (HLNA0393) Key Features:
- Connector: Deans (HCT)
- Capacity: 3000mAh
Helion 7 Cell 8.4v 3000mAh Hump NiMh Battery (Deans Connector) (HLNA0393) Tech Specs:
- Weight: 450g / 15.87oz
- Shipping Weight: 0.45kg / 0.99lbs
- Application: NiMH Surface 1/10 and 1/12, NiMH Surface 1/10 and 1/13
- Battery Size: SC
- Connector: Deans (HCT)
- Configuration: 6-1 Hump
- Cells: 7-Cell (8.4V)
- Voltage: 8.4V
- Capacity: 3000mAh
- Age Recommendation: 14+
- Colour: Black
- Material: Nickel-Metal Hydride
Key Info:
- Brand: Radient
- Part No: RDNA0098
- Barcode: 812699026199
- Voltage: 8.4v
- Connector: Deans
- Fitment: Option Part
Additional Categories:
Standard Shipping
£3.95 to most of the UK
Express Shipping
£6.95 to most of the UK
Worldwide Shipping
Available at checkout
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Questions & Answers
You could use this one: ET0202
You can charge them and use them straight away, but yes it will take a few cycle's to get them to work at their full potential.
If they are runnign NiMh batteries then the ET0208 would be ideal. If running LiPos or you'd like something more advanced then the ET0202 would be ideal.
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