Astrolux EA01 XHP50.2 3500lm review. Is it worth it in 2023?

The Astrolux EA01 XHP50.2 (EA01XHP502) released in 2020. It uses Cree XHP50.2 LED, TIR reflector and 1 x 26650 Li-Ion battery. The powerful emitter in this flashlight provides up to 3500 lm output, 68000 cd intensity, and a beam distance of 522 m.

The EA01 XHP50.2 flashlight is an essential tools for emergency preparedness. In situations like natural disasters or blackouts, when electricity is unavailable, a flashlight becomes crucial for navigating dark areas, locating supplies, or signaling for help. TIR technology minimizes hotspots, dark spots, and irregularities in the beam of EA01 XHP50.2. Instead of having to cycle through multiple modes to find the desired setting, mode memory of EA01 XHP50.2 ensures that the flashlight starts in the mode you prefer or need.

The strobe function of EA01 XHP50.2 produces a high-frequency flashing light pattern that is designed to disorient or distract potential threats or aggressors. This Astrolux USB rechargeable flashlight comes with versatile charging options.

Table of contents:

• Astrolux EA01 XHP50.2 specifications
• Astrolux EA01 XHP50.2 pictures
• Astrolux EA01 XHP50.2 comparisons

Astrolux EA01 XHP50.2 (EA01XHP502) specifications

The EA01 XHP50.2 flashlight enhance personal safety and security. It allows you to illuminate dark areas, identify potential hazards, or deter threats by shining light on them.

Body

The 120 g flashlight is generally comfortable to hold for extended periods and easy to carry in pockets or bags. They are suitable for various applications such as camping, hiking, or emergency situations. A 120-gram flashlight strikes a good balance between functionality, convenience, and weight. The length of a flashlight can also impact its balance and weight distribution. A well-balanced flashlight, where the weight is evenly distributed, can be more comfortable to hold for longer periods and reduce hand fatigue.

The aluminium body of EA01 XHP50.2 has excellent thermal conductivity, meaning it can effectively dissipate heat generated by the flashlight's components, such as the LED or battery. The HAIII process produces a hard and wear-resistant surface on the aluminum, making it more resistant to scratches, abrasions, and impacts. This improves the overall durability of the flashlight body. The EA01 XHP50.2 flashlight presents an extensive selection of vibrant colors: black, blue, gray.

System

Cree LEDs are commonly used in a wide range of lighting applications. Their products are trusted by lighting professionals and have gained a strong reputation for quality and performance. The choice of color temperature depends on the specific lighting application and personal preferences. The TIR lens of EA01 XHP50.2 can minimize light loss and achieve high light output by capturing and redirecting a significant portion of the emitted light. This can result in improved overall beam quality, better beam control, and reduced stray light. The EA01 XHP50.2 has electronic switch. Some flashlights with electronic switches have programmable features that allow users to customize the behavior of the flashlight. This may include setting specific modes, configuring brightness levels, or enabling unique functions according to individual preferences.

Performance

With 3500 lm, the EA01 XHP50.2 flashlight will provide an exceptionally bright and powerful beam of light. It can illuminate large areas, outdoor spaces, or even act as a temporary spotlight in certain situations. With 68000 cd, the flashlight will provide an intense and powerful beam of light that can illuminate objects or areas with exceptional brightness and clarity. The throw is the calculated distance in meters at which the flashlight produces a light intensity of 0.25 lux. Candela per lumen (cd/lm) is a measure of a flashlight's beam intensity relative to its total luminous flux or output. It quantifies the concentration of light emitted by the flashlight in relation to the total amount of light produced.

Software

Anduril is designed to be firmware-upgradable, which means users can benefit from ongoing improvements and new features by installing updated versions of the firmware as they become available. The EA01 XHP50.2 has mode memory. Mode memory means that the flashlight will remember the mode you were using when the light was last turned off, and when you turn it on again. The advantage of the ramping mode is that it offers precise control over the amount of light emitted by the flashlight.

Strobe mode on EA01 XHP50.2 flashlight produces a rapid, repeated flashing of light. It can be used for signaling purposes, self-defense, or attracting attention in emergency situations. SOS mode of the EA01 XHP50.2 produces a specific sequence of long and short flashes to signal distress or emergency situations. It is commonly used in outdoor adventures or survival scenarios.

Features

The EA01 XHP50.2 flashlight utilizes 1 x 26650 Li-Ion battery as its power source. The EA01 XHP50.2 has a battery indicator. A battery indicator is a feature that provides information about the remaining power level of the flashlight's battery. It helps users monitor the battery status and estimate how much runtime they have left before the battery needs to be recharged or replaced. The USB charger port on a flashlight can be particularly useful in emergency situations where access to power outlets may be limited.

LVP (Low Voltage Protection) is designed to protect the battery from being over-discharged, which can lead to reduced battery life or even permanent damage. The built-in thermal control automatically adjusts brightness output to prevent overheating. The "7" in the IPx7 rating indicates that the EA01 XHP50.2 flashlight, can withstand being submerged in water up to a certain depth for a limited time without being damaged. The impact resistance of a flashlight can vary depending on its design, construction, and intended use.

Accessories

When gripping the flashlight with the lanyard around your wrist, it provides a more secure and stable hold. Instead of searching for compatible O-rings or waiting for replacements to arrive, having spare O-rings readily available allows for convenient and immediate repairs or replacements.

The performance of the Astrolux EA01 XHP50.2 flashlight is measured according to the ANSI / NEMA FL1 Standard 30 seconds after switching the light on. The ANSI/NEMA FL1 2009 Standard is a set of flashlight performance guidelines.

The specifications above are based on the official data published by the manufacturer, but we also take user reviews into consideration. If you found an error or something lacking in the specifications above for the Astrolux EA01 XHP50.2, then don’t hesite and signal the problem to us.

Astrolux EA01 XHP50.2 (EA01XHP502) pictures

Astrolux EA01 XHP50.2 (EA01XHP502) comparisons

According to our statistics, the Astrolux EA01 XHP50.2 flashlight was most often compared on our site with the following flashlights.

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