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- Fenix HT18R V2.0
- Alternatives
Alternatives to Fenix HT18R V2.0
10 flashlights at a similar price that compete with the HT18R V2.0 — what each does better, what it gives up and how the price compares.
Alternatives to the HT18R V2.0
20% cheaper ≈ $120
- Maximum runtime 150 h vs 87 h
- Maximum output 4,000 lm vs 3,700 lm
- Weight 306 g vs 358 g
- Beam distance (ANSI FL1) 1,035 m vs 1,100 m
- Peak beam intensity 267,806 cd vs 302,500 cd
33% pricier ≈ $200
- Maximum output 5,600 lm vs 3,700 lm
- Beam distance (ANSI FL1) 1,454 m vs 1,100 m
- Peak beam intensity 528,529 cd vs 302,500 cd
- Battery capacity 5,000 mAh vs 6,000 mAh
- Maximum runtime 74 h vs 87 h
13% cheaper ≈ $130
- Maximum output 4,000 lm vs 3,700 lm
- Beam distance (ANSI FL1) 440 m vs 1,100 m
- Peak beam intensity 48,400 cd vs 302,500 cd
15% cheaper ≈ $125
- Maximum output 5,000 lm vs 3,700 lm
25% cheaper ≈ $110
- Maximum output 5,000 lm vs 3,700 lm
33% pricier ≈ $200
- Maximum output 5,800 lm vs 3,700 lm
- Maximum runtime 105 h vs 87 h
- Weight 342 g vs 358 g
- Beam distance (ANSI FL1) 610 m vs 1,100 m
- Peak beam intensity 93,020 cd vs 302,500 cd
33% pricier ≈ $200
- Maximum output 2,500 lm vs 3,700 lm
27% cheaper ≈ $110
- Maximum runtime 163 h vs 87 h
- Beam distance (ANSI FL1) 1,400 m vs 1,100 m
- Peak beam intensity 490,000 cd vs 302,500 cd
- Maximum output 2,900 lm vs 3,700 lm
- Battery capacity 5,600 mAh vs 6,000 mAh
10% cheaper ≈ $135
- Weight 221 g vs 358 g
- Beam distance (ANSI FL1) 480 m vs 1,100 m
- Peak beam intensity 57,600 cd vs 302,500 cd