• Ovonic FPV V6.0 6S 1550mAh 22.2V LiPo battery pack set with XT60 connector (4 pack)
  • Ovonic FPV V6.0 6S 1550mAh LiPo battery dimensions, weight, and connector types infographic
  • Ovonic FPV LiPo battery shown installed for FPV drone racing and freestyle, use-case collage
  • Package contents: Ovonic box, two 22.2V 1550mAh LiPo batteries, stickers and user manual
  • OVONIC vs others radar chart graphic comparing energy density, discharge capacity, safety and cycle life
  • Stacking vs winding technology comparison graphic with energy density, running time, swelling and resistance figures
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Ovonic FPV V6.0 160C Ultra 6S 1550mAh 22.2V LiPo Battery XT60 for FPV Racing/Freestyle (2/4 Pack)

Ovonic FPV V6.0 160C Ultra 6S 1550mAh 22.2V LiPo Battery XT60 for FPV Racing/Freestyle (2/4 Pack)

Ovonic

$92.65 USD
$92.65 USD
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Overview

Ovonic 160C Ultra Series LiPo battery for FPV racing and freestyle, built in a 6S1P 1550mAh (22.2V) configuration with an XT60 plug. This pack is designed for high-current FPV setups that need stable output during aggressive throttle changes. Pack options available: select 2-Pack or 4-Pack (quantity received matches the selection).

Key Features

  • High discharge: 160C discharge rate (label: “High Discharge”).
  • FPV-focused build: 12 AWG wiring, XT60 main connector, JST-XHR-7P balance connector.
  • Stacking technology claims (vs winding technology): Higher energy density +6%, longer running time +12%, lower battery swelling -8%, lower internal resistance -4%.
  • Softcase pack for standard FPV mounting.

Specifications

Brand / Series OVONIC 160C Ultra Series (FPV V6.0)
Capacity 1550mAh
Configuration 6S1P
Nominal voltage 22.2V
Energy 34.41Wh
Discharge rate 160C
Shell material Softcase
Net weight (±20g) 238.67g / 0.53 lb (per pack)
Dimensions (±5mm / 0.2in) 77.94 x 39.16 x 43.53 mm / 3.07 x 1.54 x 1.71 inch
Main connector XT60 plug
Balance connector JST-XHR-7P
Wire gauge 12 AWG

What's Included

  • 2 or 4 x OVONIC 6S 1550mAh 160C Ultra LiPo Battery (based on selection)
  • 2 x Brand stickers
  • 1 x User manual & safety guide
  • Packaging box x1

For product selection help or after-sales support, contact https://rcdrone.top/ or email [email protected].

Applications

  • Racing quads: iFlight Nazgul5 Evoque, GEPRC Mark5, TBS Source One V5, EMAX Hawk Apex
  • Freestyle drones: Diatone Roma F5 V2, GEPRC CineLog 35 Performance, BetaFPV X-Knight
  • Long-range & cinematic: iFlight Chimera7 Pro, Flywoo Explorer LR, Foxeer Foxwhoop

Safety & Maintenance

  • Safe charging: Use a dedicated LiPo balance charger. Stop charging immediately when any cell reaches 4.2V (normal range: 3.7V–4.2V).
  • Storage: Maintain a storage voltage of 3.8V per cell (22.8V total) in a fireproof safety bag when not in use.
  • Inspection: Check the battery surface and individual cell voltages before every flight.
  • Conditioning: If a new battery does not hold a full charge, use a balance charger to cycle/condition the pack several times.

Details

Ovonic FPV V6.0 6S 1550mAh 160C LiPo battery packs with XT60 plug and JST-XHR balance lead

Pick a 2-pack or 4-pack of 6S 1550mAh packs built for FPV racing and freestyle power demands.

Ovonic 6S1P 1550mAh 22.2V 160C LiPo battery size, weight, and connectors (XT60, JST-XHR-7P, 12AWG)

Compact softcase dimensions, 12AWG leads, XT60 main plug, and JST-XHR-7P balance connector keep installs clean on 5-inch class builds.

Ovonic 1550mAh 6S 160C LiPo battery used on FPV quad for racing and freestyle flights

Stable voltage under fast throttle changes helps deliver crisp punch for racing gates and freestyle lines.

Package contents: Ovonic FPV V6.0 6S 1550mAh 160C LiPo batteries, retail box, stickers, and user manual

Each set includes the batteries plus the retail box, brand stickers, and a user manual & safety guide.

Ovonic vs others performance radar chart comparing energy density, discharge capacity, cycle life, safety, and internal resistanceStacking technology vs winding technology infographic with claimed gains in energy density, runtime, swelling, and internal resistance

Stacking-cell construction is designed to improve energy density and runtime while helping reduce swelling and internal resistance.

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