Battery pack AAA (R03) TESLA Blue+ — 4 pieces, alkaline cells

TESLA Blue+ AAA (R03) alkaline battery pack contains four single-use LR03/AAA cylindrical cells intended for small electronic devices. These alkaline AAA batteries provide a standard nominal voltage suitable for common household and office gadgets that require compact power sources. The pack is designed for short- to medium-term use in devices where replaceable disposable cells are preferred.

Advantages

TESLA Blue+ AAA alkaline cells offer predictable performance from a widely used battery chemistry, giving stable voltage under typical load conditions. The compact AAA format fits a broad range of consumer devices. As single-use alkaline batteries, they are ready to use out of the package and do not require charging. The four-cell pack provides multiple replacements at once, making it convenient for routine swaps.

Suitable for

• TV and audio remote controls
• Battery-powered clocks and wall timers
• Small toys and handheld electronic games
• Compact flashlights and keychain lights
• Portable gadgets such as wireless mice and simple sensors

Key specifications

• Cell type: alkaline
• Size: AAA / LR03 (cylindrical)
• Quantity in pack: 4 cells
• Nominal use: single-use disposable cells (non-rechargeable)
• Typical applications: low- to moderate-drain devices
• Form factor: cylindrical with standard AAA dimensions

How to use

Insert each AAA cell into the device battery compartment observing correct polarity markings. Replace all cells at the same time for balanced performance and remove depleted batteries promptly to avoid leakage. Dispose of used alkaline batteries according to local regulations for household battery waste. Do not attempt to recharge these single-use cells.

Usage recommendations

Store unopened packs in a cool, dry place and avoid prolonged exposure to high temperatures. For devices with high continuous current draw, consider checking device requirements to ensure alkaline AAA cells provide sufficient runtime; for very high-drain devices, rechargeable NiMH cells may be more appropriate.