Hanery is a leading B2B manufacturer of high-discharge (High-C), high-performance, and safe polymer lithium-ion batteries for the toys and hobby electronics industry. From high-speed RC cars to agile FPV drones, we engineer the powerful, reliable heart that delivers maximum fun and a competitive edge.
In a market driven by excitement and performance, partner with a battery manufacturer that amplifies the fun.
Our batteries are engineered to deliver the massive burst power needed for high speeds, fast acceleration, and thrilling aerobatics.
We design and test to the strictest international toy safety standards (e.g., ASTM F963, EN 62115), ensuring peace of mind for parents and users.
Built to withstand the tumbles, crashes, and rough play that are part of the fun.
We optimize the power-to-weight ratio to make cars faster, planes more agile, and drones fly longer.
We create custom-shaped batteries to fit into unique and creative toy designs.
Our high-volume production provides the competitive pricing needed for the consumer toy market.
Hanery is your specialist partner for custom polymer battery packs, meticulously engineered for the fast-paced world of toys and hobby electronics. We understand the critical balance: delivering the thrilling high-power performance that enthusiasts crave, while ensuring the absolute safety that families demand. Our expertise lies in creating durable, powerful, and cost-effective battery solutions that make your product stand out on the shelf and perform flawlessly in the field.
Lightweight, high-discharge-rate (High-C) LiPo packs engineered for maximum agility and extended flight times.
Robust, high-power LiPo batteries that deliver the extreme punch and runtime needed for racing, bashing, and crawling.
Lightweight batteries with a high energy-to-weight ratio, providing the perfect balance of power for aerobatics and long flights.
Safe, custom-shaped, and reliable rechargeable batteries that form the core of modern STEM toys and coding robots.
Compact, high-discharge-rate LiPo batteries designed to significantly improve rate-of-fire and trigger response.
Compact, reliable, and cost-effective batteries that power a wide variety of interactive handheld electronic games.
High-power, often water-resistant, battery packs that deliver the speed and endurance for high-performance RC boating.
Compact batteries designed to provide onboard power for sound, lighting, and smoke units in model railway systems.
High-capacity, long-lasting battery packs specifically designed to power FPV goggles and radio transmitters for extended sessions.
Don’t just power it, supercharge it. Our high-discharge battery technology is the key to unlocking exhilarating speed and performance.
We engineer every detail for performance, safety, and playability.
We can select cells with discharge ratings from 30C up to 120C+ for the most demanding performance needs.
We use robust materials and construction techniques to protect the battery from impacts and vibrations.
We design batteries to fit into creative and complex toy chassis and housings.
We integrate protection circuits with precise cutoffs to prevent over-charging, over-discharging, and short-circuits.
We can integrate any popular hobby connector you require, such as XT30, XT60, Deans (T-plug), or JST.
We specialize in building high-voltage packs (e.g., 2S/7.4V, 3S/11.1V, 4S/14.8V) with precisely matched cells.
We analyze your toy's motor requirements (peak current), target runtime, form factor, and safety standards.
We provide a comprehensive proposal with detailed specifications and a transparent wholesale quote.
We produce high-performance prototypes for you to validate for fit, power delivery, and real-world playtime.
We manage all required toy safety and transportation certifications.
Your bulk order is manufactured with a focus on consistency and cost-effectiveness.
We manage the entire logistics process, ensuring your batteries are shipped safely and on schedule.
A: Safety is our top priority. Our batteries are designed with robust protection circuits (PCM) and undergo rigorous testing to be component-compliant with international toy safety standards like ASTM F963 and EN 62115.
A: The C-Rating indicates the battery’s maximum safe continuous discharge rate. A high C-Rating (e.g., 50C) is crucial for RC cars and drones because it allows the battery to deliver the massive burst of power needed for high speed and quick acceleration.
A: For a new custom design, our MOQ typically starts at 20,000 units, depending on the complexity of the pack.
A: We can build our packs with durable hard cases or use robust shrink-wrapping with internal padding to protect the cells from the impacts common in RC hobbies.
A: Yes, we can often design a LiPo battery pack that fits into the same space as an older, heavier NiMH pack, offering a significant upgrade in performance and runtime.
A: After the design is finalized, the lead time for the first batch of high-performance prototypes is generally 5-7 weeks.
A: Cell matching is the process of selecting individual cells with nearly identical capacity and internal resistance. This is critical for high-voltage packs (2S, 3S, etc.) to ensure they charge and discharge evenly, which maximizes performance and extends the pack’s lifespan.
A: Absolutely. We can terminate the battery pack with any industry-standard connector you specify, including XT30, XT60, XT90, Deans, EC3, EC5, and more.
A: Yes, all our batteries are tested to pass UN38.3 for safe transportation. We also design packs to be under the 100Wh airline carry-on limit where possible.
A: Please provide the target voltage (e.g., 2S/7.4V), target capacity (mAh), required continuous C-Rating, dimensional constraints, required connector, and your estimated annual volume.
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