XTAR Launches CLR 1300 1.5V USB-C Rechargeable AAA Lithium Battery for Stable, Consistent Power
XTAR introduces the CLR 1300, a 1.5V USB-C rechargeable AAA lithium battery combining stable 1.5V output with 1300mWh energy for consistent device performance.
XTAR today introduces the CLR 1300, a 1.5V USB-C rechargeable AAA lithium battery developed for compatible devices that benefit from stable voltage and a larger energy reserve.
Combining regulated 1.5V output with a 1300mWh energy rating, the CLR 1300 is designed to maintain a consistent power supply through most of its discharge before transitioning into a gradual linear discharge phase near the end of its available energy.
The result is a different kind of rechargeable AAA: one designed not simply to replace a disposable battery, but to provide a more stable power source for compatible devices.
When Consistent Voltage Matters
Not every AAA-powered device responds to voltage changes in the same way.
Fresh alkaline AAA batteries begin near 1.5V, but their voltage declines steadily as energy is consumed. NiMH rechargeable batteries typically operate at a lower nominal voltage of 1.2V. Many devices can run on either, but in equipment where supply voltage influences brightness, measurement behavior, motor response or control feel, these voltage differences can become noticeable.
The CLR 1300 takes a regulated approach. Its output remains at approximately 1.5V through the main portion of its discharge, helping compatible devices maintain more consistent performance instead of gradually weakening as battery voltage falls.
Stable 1.5V main discharge phase
The battery maintains approximately 1.5V through the main portion of its available energy, helping compatible devices preserve brightness, measurement consistency or motor response.
Gradual end-of-discharge phase
As the remaining energy becomes low, the output transitions into a linear decline, providing a more gradual indication that the battery is approaching depletion.
Stable performance during use, followed by a clearer low-battery transition.
1300mWh of Energy in an AAA Format
The CLR 1300 is designed around both voltage behavior and available energy.
Its 1300mWh rating represents the total energy available from the battery, providing a larger energy reserve for a compact AAA format. In compatible devices, that reserve works together with the regulated 1.5V output to help extend the interval between recharges while maintaining more consistent performance during use.
This combination matters because useful battery performance depends not only on how much energy is stored, but also on how effectively that energy is delivered to the device.
Built for Devices That Benefit from Stable Power
The CLR 1300 is intended for compatible AAA-powered devices where maintaining a stable supply voltage can help preserve brightness, measurement consistency, motor response or control performance throughout the main discharge period.
It is particularly relevant for users whose devices are used frequently, placed under heavier loads or relied upon during tasks where stopping to replace batteries causes unnecessary interruption.
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01
Tools and outdoor users
Users of compatible work lights, headlamps, laser distance meters and field tools may benefit from more consistent brightness, measurement behavior or power delivery during the main discharge period.
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02
Model, toy and RC enthusiasts
Electric toys and compatible AAA-powered models can be more sensitive to changes in speed, torque, control response and runtime, making stable voltage especially relevant during use.
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03
Frequent device users
For devices used every day or several times a week, the 1300mWh energy reserve can help extend the interval between recharges and reduce repeated battery changes.
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04
Professional and semi-professional users
During maintenance, renovation, warehousing or outdoor work, a more consistent power supply can help reduce interruptions caused by weakening performance or frequent battery replacement.
Across these scenarios, the CLR 1300’s advantage comes from the combination of regulated 1.5V output and a 1300mWh energy reserve—not simply from being rechargeable.
USB-C Charging for a Simpler Recharge Routine
The CLR 1300 also integrates a USB-C charging port directly into the battery.
Users can recharge the battery from a suitable USB-C power source without relying on a separate dedicated battery charger. This makes the CLR 1300 particularly convenient for users who already use USB-C charging equipment across their everyday electronics.
The USB-C interface is designed to complement the battery’s performance-focused architecture: stable power when the battery is in use, and straightforward charging when it is time to recharge.
Two 1.5V AAA Approaches for Different Device Needs
With the introduction of the CLR 1300, XTAR’s 1.5V rechargeable AAA lineup can address different power requirements through different discharge approaches.
The XTAR LR 900 uses a linear discharge profile designed for compatible devices where a gradual voltage decline and more familiar alkaline-like battery behavior are useful.
The CLR 1300, in contrast, combines regulated 1.5V output with a linear end-of-discharge phase for users who prioritize stable power and a larger energy reserve.
Neither approach is intended to replace the other. They are designed for different device requirements.
This reflects XTAR’s broader approach to 1.5V rechargeable batteries: the right battery depends not only on its size and capacity, but also on how the device uses and responds to power.
Explore the XTAR CLR 1300
Learn more about the XTAR CLR 1300 1.5V rechargeable AAA battery, including its specifications, charging information and compatibility.
Users can also explore the XTAR 1.5V rechargeable lithium battery range to compare different power and discharge approaches for compatible devices.
