Designed for high-impact and mission-critical use, this 9.6V 2200mAh AA NiMH battery pack combines shockproof durability with extended runtime. Optimized for RC hobby vehicles (e.g., drones, cars) and portable medical devices, it features ultra-low self-discharge for ready-to-use reliability. Delivers consistent power, rechargeable efficiency, and safety in demanding environments.
9.6V 2200mAh AA cell NiMH rechargeable battery pack for RC robby Medical Devices
Custom-Engineered Power Solutions from HiMAX – Built for Reliability in Demanding RC and Medical Applications
At HiMAX, we don’t just manufacture power packs — we engineer confidence. Our 9.6V NiMH battery systems are precision-crafted to deliver exceptional durability, shock resistance, and long-term energy retention, making them a trusted choice for mission-critical applications in both the RC hobby and medical device industries. What sets us apart is our end-to-end in-house manufacturing capability, enabling deep customization tailored to the unique voltage, form factor, performance, and safety requirements of B2B partners. Whether it’s optimizing discharge profiles for high-torque RC vehicles or ensuring stable, ripple-free power delivery for sensitive medical equipment, our engineering team works closely with clients to co-develop solutions that integrate seamlessly into their platforms. Backed by rigorous quality control, scalable production capacity, and a commitment to responsive collaboration, HiMAX empowers businesses with reliable, brand-aligned energy systems designed not just to perform, but to outlast expectations. When you partner with HiMAX, you’re not buying a battery — you’re gaining a manufacturing ally built for innovation, consistency, and long-term success.
HiMAX 9.6V NiMH: Advanced Cell Architecture Powering Next-Gen Mobility and Medical Innovation
HiMAX redefines reliable power through proprietary cell engineering, where our 9.6V NiMH platform integrates shock-absorbent structural design and precision electrolyte formulation. This synergy delivers unmatched operational stability for high-vibration environments—from rugged RC terrain vehicles to life-sustaining medical monitors requiring zero-interruption energy. Beyond intrinsic durability, HiMAX’s innovation extends to intelligent power management embedded at the manufacturing level. Our facility’s R&D ecosystem enables adaptive tuning of discharge curves and thermal response profiles, ensuring seamless compatibility with diverse B2B systems—whether optimizing torque in hobby-grade motors or maintaining voltage integrity in emergency medical equipment. With ISO-certified production lines and AI-driven quality validation, we transform bulk orders into mission-critical power solutions within 30 days, accelerating client innovation cycles while upholding strict medical/industrial safety standards. Partner with HiMAX not for components, but for vertically integrated energy ecosystems that scale with your ambitions.
Specifications
9.6V 2200mAh AA cell NiMH rechargeable battery pack for RC robby Medical Devices
Nominal Voltage
9.6V
Nominal Capacity
2200mAh
Energy
21.12Wh
Charge Voltage
11.2V
Discharge cut off voltage
8V
Charge Method
CC/-△V
Standard Charge Current
0.44A
Max. Charge Current
1.1A
Standard Discharge Current
0.44A
Max. Continues Discharge current
2.2A
Cycle Life
500 cycles at 100% DOD
Dimension
118*15*50.5mm
Weight
Approx 200g
Storage Temperature
-20℃~30℃
Frequently Asked Questions
If you’re searching for nickel-metal-hydride batteries and can’t find the right fit, turn to Himax. As a professional battery cell manufacturing factory, Himax offers standard and customized models of batteries. Our expert team is ready to help. Whether you need a specific capacity, voltage, or have unique needs, contact us. We’ll respond within 24 hours to help you find the ideal NiMH battery solution.
What makes HiMAX NiMH battery packs uniquely reliable for mission-critical applications?
HiMAX batteries are engineered with a systems-first mindset, ensuring every cell is built not just to perform, but to endure. Our proprietary stabilization architecture combines shock-resistant internal structuring with ultra-durable casing materials that maintain integrity under mechanical stress, vibration, and thermal fluctuation—making them ideal for environments where failure is not an option. Unlike standard NiMH cells that degrade rapidly under load, our formulation sustains stable voltage output over extended cycles, which is essential in medical devices requiring uninterrupted power delivery. This reliability stems from decades of applied R&D within our vertically integrated facility, where design, testing, and production converge under one roof to guarantee consistency, traceability, and performance excellence across every batch.
How does HiMAX support customization for OEMs and industrial partners?
At HiMAX, customization isn’t an add-on—it’s embedded in our DNA. We work directly with engineering teams from RC manufacturers, medical device developers, and industrial automation firms to co-develop power solutions tailored to exact form, fit, function, and lifecycle requirements. Whether it’s adapting terminal configurations, optimizing discharge profiles, integrating smart monitoring circuits, or designing compact modular packs for space-constrained applications, our agile development pipeline enables rapid prototyping and seamless scale-up to mass production. With full control over material sourcing, cell chemistry tuning, and assembly processes, we deliver not just batteries, but purpose-built energy systems that align precisely with your product’s operational demands and market differentiation goals.
Why choose HiMAX over generic NiMH suppliers for high-performance RC vehicles?
Because performance doesn’t come from specs alone—it comes from synergy between power source and machine. Generic NiMH packs often prioritize cost over consistency, leading to voltage sag, inconsistent runtime, and premature aging under aggressive use. HiMAX batteries, by contrast, are developed hand-in-hand with top-tier RC engineers who demand real-world resilience. Our cells exhibit minimal self-discharge without sacrificing peak current delivery, allowing hobbyists and professionals alike to rely on stored power month after month. Reinforced structural bonding and advanced heat dispersion design prevent performance drop during sustained high-torque operation, while our precision-balanced cells ensure uniform charge distribution across the pack. The result? Longer runtimes, sharper throttle response, and fewer interruptions—giving RC enthusiasts a competitive edge grounded in genuine engineering superiority.
How does HiMAX ensure consistent quality at scale for B2B clients?
Consistency is the cornerstone of trust—and at HiMAX, it’s enforced through a closed-loop manufacturing ecosystem. Every battery begins as rigorously tested raw materials, progresses through automated precision assembly lines monitored by AI-driven quality analytics, and ends with 100% end-of-line validation including impedance scanning, load cycling, and environmental stress testing. Our ISO-certified cleanrooms and traceable batch management allow full accountability from cell to shipment, enabling us to meet stringent regulatory standards required by medical and industrial sectors. For enterprise clients, we offer dedicated production lanes, customized QC protocols, and real-time data sharing—all designed to integrate seamlessly into your supply chain while maintaining uncompromising quality control.
Can HiMAX accommodate low-volume, high-complexity projects for niche markets?
Absolutely—agility is one of our core strengths. While many manufacturers focus solely on high-volume runs, HiMAX thrives in complex, low-to-mid volume engagements where technical depth matters more than throughput. We specialize in serving niche segments such as portable life-support equipment, robotic surgery platforms, and specialized RC racing classes, where unique power demands require deep electrochemical expertise and flexible tooling. Our factory operates with modular production units that can be reconfigured quickly for different cell arrangements, protection circuit integrations, or packaging formats—enabling fast turnaround without sacrificing precision. This adaptability allows startups, research labs, and specialized OEMs to bring innovative products to market faster, backed by a partner who values engineering collaboration over cookie-cutter solutions.
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