GNB 1850mAh 4S 14.8V 100C LiPo Battery - Graphene High-Capacity XT60 for 5-6 Inch Drones
In the 2026 FPV landscape, the "oversized" 1850mAh 4S pack has become the go-to for cinematic freestyle and long-range mountain surfing. Gaoneng utilizes graphene-enhanced cell technology, which ensures lower internal resistance and better heat management—a critical feature when flying in the 40°C+ ambient temperatures typical of the Indian summer.
Key Technical Advantages:
200C Max Burst Discharge: Even with its high capacity, this battery doesn't "sag." The 200C burst ensures that when you need to power out of a dive, the current is there instantly.
Lightweight Efficiency: At approximately 190g, it fits comfortably in the 180mm–330mm frame class. It provides roughly 25% more flight time than a 1500mAh pack with only a marginal weight increase.
Graphene Stacking Technology: This V3 chemistry allows for more charge/discharge cycles compared to standard LiPos, ensuring your investment lasts through a full season of heavy use.
High-Grade 14AWG Silicone Wire: Fitted with thick, flexible leads and a genuine XT60 connector to handle high amp draws without overheating the connector pins.
Versatile Application: While designed for FPV quads, its compact dimensions make it an excellent high-power source for 1.2m RC airplanes and fixed-wing gliders.
FAQ: Top 5 Questions on GNB 1850mAh 4S 100C
Q1: How much flight time will I get on a 5-inch freestyle drone?
A: With "smooth" freestyle or cruising, you can expect 5 to 8 minutes of flight time. Under aggressive racing conditions, this will drop to 3.5 to 5 minutes. This is a significant jump from the typical 3-4 minutes seen on 1300mAh packs.
Q2: Will the extra weight of an 1850mAh battery ruin my drone's handling?
A: Not at all. While you will feel a slightly higher inertia in quick "snap" rolls, the added weight actually helps with momentum during technical "toss" maneuvers. Most modern 5-inch quads handle 190g batteries with ease.
Q3: What is the maximum safe charge rate for this pack?
A: It is rated for up to 5C (9.25A) fast charging, but for the health of your graphene cells, we strongly recommend a 1C (1.85A) or 2C (3.7A) charge rate to maximize the total number of cycles.
Q4: Can I use this on a 6S-rated drone?
A: Yes, you can run a 4S battery on a 6S drone, but your motors will spin much slower (roughly 66% of their max RPM). You may need to adjust your PID profile or motor output limit in Betaflight to make it feel "snappy."
Q5: At what voltage should I set my "Low Battery" warning?
A: To ensure longevity, set your warning to 3.5V per cell (14.0V total). For the best battery life, try to land so that your "resting" voltage (after landing) is around 3.7V to 3.8V per cell.
Expert Guide Question: Are you using this for long-range cinematic cruising or aggressive backyard freestyle? Depending on your flying style, I can suggest the best Propeller Pitch to pair with this 1850mAh pack to squeeze every last second of flight time out of it!
