GNB 1300mAh 3S1P 11.4V HV Lipo Battery - High Voltage LiPo Pack with XT30 Connector
The GNB 1300mAh 3S1P 11.4V HV Lipo Battery delivers an outstanding balance of energy density and instantaneous power output, making it the premier choice for sub-250g drone pilots.
High Voltage LiHV Advantage :
Moving past conventional 4.2V LiPo boundaries, this High Voltage pack safely accepts a maximum charge of 4.35V per cell. This specialized chemistry yields a higher nominal voltage of 11.4V, packing more energy into the exact same physical space. This directly translates to longer flight durations and a harder throttle punch right off the starting line.
Sustained 60C Discharge Matrix :
Featuring matched, low-impedance internal cells, this 3S pack effortlessly handles a true 60C continuous current delivery. Capable of driving sudden burst loads up to 120C, it supplies high-performance micro platforms with the raw power needed to recover cleanly from aggressive maneuvers and high-speed dives.
Optimized Weight for Sub-250g Builds :
When tuning micro cinematic quads or toothpick configurations, every single gram matters. This 1300mAh LiHV pack packs maximum capacity into a lightweight, tightly wrapped block weighing just 80 grams, keeping your total takeoff mass low to protect your motor efficiency and legal flight classification.
Specification :
Brand: Gaoneng (GNB)
Battery Type: Lithium Polymer High Voltage (LiHV)
Configuration: 3S1P / 3 Cells / 11.4V Nominal
Nominal Capacity: 1300mAh
Continuous Discharge Rate: 60C
Burst Discharge Rate: 120C
Discharge Connector: XT30
Balance Connector: JST-XH (4P)
Discharge Wire Gauge: 16AWG High-Flex Silicone
Dimensions: 21mm x 31mm x 73mm (H x W x L)
Net Weight: 80g (+/- 3g)
Charge Rate: 1C to 3C recommended (5C max fast charge)
Frequently Asked Questions :
Q1: Can I charge this battery on a standard LiPo charger profile?
Ans: To unlock the full capacity and 11.4V nominal voltage of this pack, your charger must support a dedicated LiHV setting that finishes at 4.35V per cell. If you charge it on a standard LiPo profile (4.20V limit), the pack will function safely but will only fill to roughly 80% of its potential capacity.
Q2: What is the lowest safe voltage to land my drone with this LiHV battery pack?
Ans: Even though LiHV batteries start at a higher voltage, their low-end threshold is identical to standard LiPos. Set your Betaflight telemetry low-voltage warning to 3.5V per cell under flight load (10.5V total for 3S) and land immediately before the resting cells settle below 3.7V.
Q3: Is this XT30 connector sufficient for a 60C high-discharge 3S battery?
Ans: Yes, the pre-soldered genuine XT30 plug is perfectly matched for sub-250g and micro setups utilizing this capacity. It handles up to 30A continuous and 60A burst currents easily without over-heating, maintaining lower resistance than older JST or linear pins.
Q4: How should I store this high voltage battery if I am not going to fly for a few weeks?
Ans: Never leave a LiHV pack sitting fully charged to 4.35V/cell or drained flat for more than 48 hours. Use your smart balance charger to cycle the cells down or up to a stable storage voltage of 3.80V to 3.85V per cell to minimize internal degradation and cell swelling.
