ETENWOLF FL1 Kids Rechargeable Flashlight Illuminance & Beam Spot Test Report (1 m / 5 m, 3 Modes)

Document Overview

Key Findings Three FL1 kids rechargeable flashlight samples were tested under internal standards for illuminance (lux) and beam spot diameter across three lighting modes at 1 m and 5 m distances; the test concluded with a Fail verdict. Product: ETENWOLF FL1 Kids Rechargeable Flashlight Report…

Document type
Test Report
Prepared by
Ryan Cooper
Published
Last reviewed
Topics
Illuminance Testing

Key Findings

Three FL1 kids rechargeable flashlight samples were tested under internal standards for illuminance (lux) and beam spot diameter across three lighting modes at 1 m and 5 m distances; the test concluded with a Fail verdict.

  • Product: ETENWOLF FL1 Kids Rechargeable Flashlight
  • Report No.: 2025060601
  • Test Date: 2025-06-06
  • Samples: 3 PCS (FL1-10#, FL1-11#, FL1-12#)
  • Modes tested: White + Yellow combined, Yellow only, Spotlight (white)
  • Peak illuminance at 1 m (spotlight): 1,245 – 1,712 lux across samples
  • Peak centre-LED illuminance at 10 cm: 5,030 – 5,060 lux
  • Beam spot diameter at 5 m (spotlight): ~1.9 m across all samples
  • Overall verdict: Fail

Test Overview

Field Detail
Test Type Illuminance & Beam Spot Test
Test Category Reliability Test
Test Standard Internal Standard
Report No. 2025060601
Test Date 2025-06-06
Product No. / Name ETENWOLF FL1 Kids Rechargeable Flashlight
Model / Specification FL1
Sample Quantity / No. 3 PCS (FL1-10#, FL1-11#, FL1-12#)
Test Purpose Evaluate illuminance values and beam spot size of the FL1 flashlight
Test Conditions Room temperature 23 °C, relative humidity 60 %

Test Equipment & Setup

Equipment Details
Illuminance Meter (照度计) Used to measure lux values at specified distances and angles
Parameter Value
Measurement distances 1 m, 5 m, and 10 cm (centre LED)
Measurement angle 0° (on-axis)
Lighting modes White + Yellow combined; Yellow only; Spotlight (white)
Ambient temperature 23 °C
Relative humidity 60 %

Test Procedure

  1. Pre-test: Confirm all samples are fully charged and functioning. Record sample IDs (FL1-10#, FL1-11#, FL1-12#). Set ambient conditions to 23 °C / 60 % RH.
  2. Illuminance at 1 m: Power on each sample. With the illuminance meter placed at 1 m, 0° angle, record lux readings for each of the three modes: White + Yellow combined, Yellow only, and Spotlight (white).
  3. Beam spot diameter at 1 m: With the sample powered on at 1 m distance, measure the projected beam spot diameter (in metres) for each mode.
  4. Beam spot diameter at 5 m: Repeat beam spot diameter measurement at 5 m distance for each mode. Illuminance at 5 m is not recorded (noted as “/”).
  5. Centre-LED illuminance at 10 cm: Place the illuminance meter 10 cm from the centre LED. Record the lux value for the spotlight/centre LED.
  6. Post-test: Compare results against internal acceptance criteria. Document observations and photographs. Complete test assessment form.

Acceptance criteria: Internal standard (no published numeric threshold cited in this report). Samples are assessed Pass / Fail based on internal benchmarks.

Test Data & Results

Sample No. Distance Illuminance (lux) Beam Spot Diameter (m)
FL1-10# 1 m White + Yellow: 708 / Yellow: 52 / Spotlight: 1,245 White + Yellow: ~0.8 / Yellow: 0.7 / Spotlight: 0.8
5 m / White + Yellow: ~1.9 / Yellow: 1.5 / Spotlight: 1.9
Centre LED 10 cm 5,040
FL1-11# 1 m White + Yellow: 871 / Yellow: 46 / Spotlight: 1,712 White + Yellow: ~0.7 / Yellow: 0.6 / Spotlight: 0.8
5 m / White + Yellow: ~1.9 / Yellow: 1.5 / Spotlight: 1.9
Centre LED 10 cm 5,060
FL1-12# 1 m White + Yellow: 859 / Yellow: 48 / Spotlight: 1,621 White + Yellow: ~0.7 / Yellow: 0.6 / Spotlight: 0.8
5 m / White + Yellow: ~1.9 / Yellow: 1.5 / Spotlight: 1.9
Centre LED 10 cm 5,030

Observations: Illuminance values at 1 m varied between samples, with the spotlight mode producing the highest readings (1,245 – 1,712 lux). The yellow-only mode produced the lowest illuminance (46 – 52 lux). Centre-LED readings at 10 cm were consistent across all three samples (5,030 – 5,060 lux). Beam spot diameters at 5 m were identical across all samples for each mode. Illuminance at 5 m was not measured (“/”). Test photographs were taken and referenced as image 9 in the source file.

Conclusion

Field Detail
Overall Result Fail (不合格)
Standard Applied Internal Standard
Test Conditions 23 °C, 60 % RH; 1 m / 5 m / 10 cm distances; 0° angle; 3 lighting modes
Samples Tested 3 PCS — FL1-10#, FL1-11#, FL1-12#
Pass / Fail Verdict Fail — samples did not meet internal acceptance criteria
Notes No published numeric pass threshold cited; verdict based on internal benchmarks

Document Information

Role Name (Pinyin) Date
Tested By (测试/日期) Li Guanghua 2025-06-06
Checked By (审核/日期) Zhang Ronggui 2025-06-06
Approved By (核准/日期) Mai Shaoqiang 2025-06-06
Field Detail
Form / Source File FL1儿童手电筒照度和光斑测试 2025.6.6.xlsx
Sheet 照度 (Sheet 1 of 1)
Report No. 2025060601

Frequently Asked Questions

What illuminance does the ETENWOLF FL1 kids flashlight produce at 1 metre?

In spotlight mode the FL1 produced between 1,245 and 1,712 lux at 1 m (0° angle) across three tested samples. In White + Yellow combined mode readings ranged from 708 to 871 lux, while Yellow-only mode measured 46 – 52 lux.

How large is the FL1 flashlight beam spot at 5 metres?

At 5 m the beam spot diameter was approximately 1.9 m for both spotlight and White + Yellow combined modes, and 1.5 m for Yellow-only mode. These dimensions were consistent across all three tested units.

What does the Fail verdict mean for the FL1 illuminance test?

The Fail verdict indicates that one or more measured values did not meet the internal acceptance benchmarks set for this product. The report was assessed by tester Li Guanghua, reviewed by Zhang Ronggui, and approved by Mai Shaoqiang on 2025-06-06. Further design or component review is expected before re-testing.

What is the centre-LED illuminance of the FL1 flashlight at 10 cm?

Measured directly at the centre LED at a distance of 10 cm, all three samples produced very consistent readings: FL1-10# at 5,040 lux, FL1-11# at 5,060 lux, and FL1-12# at 5,030 lux.

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