Hyperion, the leader in quality Lithium batteries for almost two decades, has just released a Lithium battery like no other; the Hyperion G7 HvLi Silicone-Graphene Pack performs at a whole new level. After more than two years of research the technology of the future is here.
Silicon combined with Graphene makes for a superior electrode compared to standard LiPo batteries. Hyperion proprietary Si-Graphene chemistry ensures that your G7 pack will have higher-capacity, lower internal resistance, and longer cycle life than the other-brand LiPo currently on the market. The G7 combines quality Graphene substrate with a Silicon metalloid to produce a Lithium battery that is uncompromised in performance and reliability. Hyperion's proprietary Si-Graphene additive has been shown to be less prone to puffing than standard Silicon-only LiPo packs. Silicone-Graphene additive helps to preserve the Anode during discharging, thus increasing the batteries longevity and cycle-life.

This new 2017 G7 Silicon-Graphene chemistry unleashes a new-era of potential for all your RC applications that require normal to extreme flying conditions and need the high voltage maintained at high discharge rates, for example highly aerobatic 3D airplanes, FPV drone racing, 3D helicopters, also Robotics and DIY projects.

Hyperion G7 Si-Graphene HvLi offer more capacity per weight compared to standard LiPo packs. The G7 2200mAh HV is about the same size and weight as a standard-voltage 2000mAh pack of same C-rate, but delivers about 10% more flight time! The new Silicone-Graphene additive helps to preserve the Anode from corrosion during use, thus preserving the Anode when operating at typical High-Voltage settings of 4.35V or more. The benefit of operating at High-Voltage (4.35V) is an increase of about 10% energy-density when compared to traditional 4.2V LiPo Batteries of the same size-and-weight.

Features:

• Proprietary Si-Graphene formula increases capacity retention and cycle-life
  
• 10%+ More Capacity than standard LiPo Batteries
• Stable High-voltage formula, less prone to puffing
• Low internal resistance, cooler running batteries
• High discharge rate, ability to provide current under-load
• Fast charging up to 5C~6C rate
• Compatible with both 4.2V and 4.35V chargers
• Available in 60C, 75C & 90C Max discharge rates
• Capable of 500+ Cycle-life
• Hard case pack for special car racing application
• Nominal voltage of 3.8v and max charge voltage is 4.35

The G7 can fully meet and satisfy power hungry applications with ease! Try one today from our extensive line of supplies, available on www.Hyperion-world.com.

For a complete Datasheet and range available please see https://hyperion-world.com/hyperion-g7-hvli-article
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Here's a coupon code for 10% off your next Hyperion purchase. Just insert "hyperion10" on the last page of our checkout. www.Hyperion-World.com

*Hyperion the leader in quality Lithium batteries for almost two decades are backed by a Manufactures 30-day money back guarantee.

do you guys ship to india ?

Yes we ship to India thru DHL only, As per new regulations Lipo batterys come under Dangerous goods

According to shipping companies, each international battery shipment will require extra dangerous goods surcharge. which range from $56 to $110 depending on location.
Cells that are not more than 20 W/Hr and battery packs are not more than 100 W/Hr are proven to meet the requirements of each test in the UN Manual of Test and Criteria, Part III, Subsection 38.3. They meet the requirements for transportation under:
* INTERNATIONAL CIVIL AVIATION ORGANISATION (ICAO) and the INTERNATIONAL AIR TRANSPORT ASSOCIATION (IATA) DGR 58 edition [2017] – Section IB of the Packing Instruction PI 965 (batteries, packed in equipment)
Cells that are more than 100 W/Hr are proven to meet the requirements of each test in the UN Manual of Test and Criteria, Part III, Subsection 38.3. They meet the requirements for transportation under:
* INTERNATIONAL CIVIL AVIATION ORGANISATION (ICAO) and the INTERNATIONAL AIR TRANSPORT ASSOCIATION (IATA) DGR 58 edition [2017] – Section IA of the Packing Instruction PI 965 (batteries, packed in equipment)