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  3. WF05E Intrinsically Safe vs EX4

Fenix WF05E Intrinsically Safe vs Ledlenser EX4

What WF05E Intrinsically Safe does better (4) and where EX4 wins (0) — every spec side by side.

Fenix WF05E Intrinsically Safe
5.0Score
4 advantages≈ $35
Higher score
vs
Ledlenser EX4
Ledlenser · 2018EX4
4.7Score
0 advantages≈ $30
2.3Brightness & throw2.2
9.5Build & durability9.6
Dimensions

Size comparison

WF05E Intrinsically SafeEX4
19 × 134.514.920 × 140
WF05E Intrinsically SafeEX4Difference
Length / height134.5 mm140 mm−5.5 mm
Head diameter / width19 mm20 mm−1 mm
Weight37 g65 g−28 g

Drawn to the same scale from the official dimensions (front and side).

Why is WF05E Intrinsically Safe better than EX4?

  1. Maximum runtime80 h vs 7 h11.4×
  2. Maximum output85 lm vs 50 lm+70%
  3. Beam distance (ANSI FL1)54 m vs 35 m+54%
  4. Weight37 g vs 65 g+76%

Why is EX4 better than WF05E Intrinsically Safe?

EX4 has no measurable advantages in this pair.

Specifications

Side by side

Ledlenser EX4Ledlenser EX4≈ $304.7
Light output
Maximum output85 lm50 lm
Peak beam intensity730 cd—
Beam distance (ANSI FL1)54 m35 m
Light sourceLEDLED
LED & beam
LED emitterCree XP-G2—
LED makerCree—
Number of LEDs—1
Battery & charging
BatteryAAAAAA
Number of batteries—2
Maximum runtime80 h7 h
Rechargeable—No
Build & durability
Protection ratingIP68—
Water protection (IPx)IPx8—
Body material—Plastic / polymer
Pocket clipYes—
Size & weight
Length / height134.5 mm140 mm
Head diameter / width19 mm20 mm
Body diameter / depth14.9 mm—
Weight37 g65 g
Modes & features
Brightness levels3—
SwitchRotary / scroll wheel—
Colours—Yellow
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