Fujifilm
X100VI
Fixed-lens premium compact with 40MP X-Trans and classic street photography design.
$1,599
Released Feb 2024
Panasonic
Lumix FZ300
Weather-resistant bridge camera with constant f/2.8 25-600mm equivalent Leica zoom and 4K video.
$599
Released Jul 2015
X100VI is 8.6 years newer.
Wins
X100VI
Wins
Lumix FZ300
2 categories tied
TL;DR — Key differences
- AX100VI has higher IBIS effectiveness (6 stops vs 0 stops)
- AX100VI has higher AF points / zones (425 vs 49)
- AX100VI has higher Resolution (40.2 MP vs 12.1 MP)
- BLumix FZ300 has higher Burst (electronic) (60 fps vs 20 fps)
- AX100VI has higher RAW buffer depth (52 frames vs 20 frames)
Key specs at a glance
Size and weight, to scale
X100VI
128 × 75 × 55 mm
521 g (1.15 lb / 18.38 oz)
Lumix FZ300
132 × 92 × 117 mm
691 g (1.52 lb / 24.37 oz)
X100VI is 4mm narrower, 17mm shorter, and 62mm thinner than Lumix FZ300.
X100VI is 170 g lighter than Lumix FZ300.
Depth (front-to-back): 55mm X100VI · 117mm Lumix FZ300
Sensor size, to scale
X100VI
23.5 × 15.7 mm · APS-C
369 mm² area
Lumix FZ300
6.17 × 4.55 mm · Compact
28 mm² area
13.2× larger sensor area = shallower depth of field and better low-light performance.
Use-case scoring
Which one for what?
Algorithmic scores from verified specs · 10 = best in class
Why pick one over the other
Reasons to choose
X100VI
IBIS effectiveness
6 stops vs 0 stops — higher is better
Dimensions (W×H×D mm)
Adds 128, 74.8, 55.3
AF points / zones
425 vs 49 — higher is better
Subject recognition
Adds Bird, Automobile, Motorcycle/Bike…
Resolution
40.2 MP vs 12.1 MP — higher is better
RAW buffer depth
52 frames vs 20 frames — higher is better
EVF resolution
3,690,000 vs 1,440,000 — higher is better
ISO max (native)
12,800 vs 6,400 — higher is better
Reasons to choose
Lumix FZ300
Dimensions (W×H×D mm)
Adds 131.6, 91.5, 117.1
Subject recognition
Adds Human, Face, Eye
Burst (electronic)
60 fps vs 20 fps — higher is better
Codecs
Adds MP4, AVCHD
Burst (mechanical)
12 fps vs 6 fps — higher is better
ISO min (native)
100 vs 125 — lower is better
Battery life (CIPA)
380 shots vs 310 shots — higher is better
EVF magnification
0.7 × vs 0.66 × — higher is better
Both cameras share
- ✓AF frame coverage — Both 100 %
- ✓Eye AF — Both support eye af
- ✓Animal / bird AF — Both support animal / bird af
- ✓Weather sealing — Both support weather sealing
- ✓Card slots — Both 1
- ✓Touchscreen — Both support touchscreen
Pros & cons at a glance
Editorially curated highlights and trade-offs.
X100VI
Pros
- ✓Unique fixed 23mm lens
- ✓40MP sensor
- ✓Film simulations
- ✓Compact street camera
Cons
- –Fixed lens only
- –No interchangeable lenses
- –Premium price
Lumix FZ300
Pros
- ✓Constant f/2.8 24x zoom
- ✓Weather resistant
- ✓4K video
- ✓Great reach
Cons
- –Small 1/2.3-inch sensor
- –12MP
- –Bridge-camera bulk
Full specifications
✓ = category winner
Frequently asked
Quick answers generated from verified specs.
Which is better for wildlife, X100VI or Lumix FZ300?
X100VI scores 10.0/10 versus 5.5/10 for Lumix FZ300 — 20fps burst captures fleeting moments.
What's the resolution difference between the X100VI and Lumix FZ300?
X100VI is 40.2 MP and Lumix FZ300 is 12.1 MP, so the X100VI captures more detail for cropping and large prints.
Do the X100VI and Lumix FZ300 have in-body image stabilization?
X100VI has 6-stop in-body image stabilization, while lumix FZ300 does not have IBIS.
Which shoots faster bursts — the X100VI or the Lumix FZ300?
X100VI reaches 20 fps electronic. Lumix FZ300 reaches 60 fps electronic.
What's the weight difference between the X100VI and Lumix FZ300?
X100VI weighs 521 g and Lumix FZ300 weighs 691 g, so the X100VI is 170 g lighter.
Do the X100VI and Lumix FZ300 record 4K video?
X100VI: 4K up to 60p. Lumix FZ300: 4K up to 30p.
Are the X100VI and Lumix FZ300 weather sealed?
X100VI: Yes. Lumix FZ300: Yes.
Which has better battery life?
Rated battery life is 310 shots (CIPA) for the X100VI and 380 shots for the Lumix FZ300, giving the Lumix FZ300 the edge.
How much does each cost?
X100VI launched at $1,599 and Lumix FZ300 at $599. The Lumix FZ300 is $1,000 less.
Specs sourced from manufacturer data. Use-case scores algorithmically derived. Last reviewed May 2026.