Vaporizer Comparison

Firefly 2+ vs XMAX Starry 4

Firefly 2+

Firefly 2+

VS
XMAX Starry 4

XMAX Starry 4

Side-by-side specs, pricing context, and clear decision guidance.

Editorial Summary

Firefly 2+ and XMAX Starry 4 are both portable / battery swap vaporizers, but they target different priorities. XMAX Starry 4 is usually the lower-cost pick at $99, around $151 below Firefly 2+. Firefly 2+ has the quicker listed heat-up profile, which can matter for shorter sessions.

Specs Compared

19

Different Specs

19

Shared Specs

0

Overall Overlap

0%

Shared Traits

Portable Battery Swap Electronic

Head-to-Head Highlights

A quick snapshot of the specs people usually care about first.

Price (USD)

XMAX Starry 4 edge

Firefly 2+

$250

XMAX Starry 4

$99

XMAX Starry 4 is typically around $151 lower.

Heat-Up Time

Firefly 2+ edge

Firefly 2+

~3 seconds

XMAX Starry 4

~15 seconds

Firefly 2+ has the quicker listed heat-up profile.

Heating Style

Close call

Firefly 2+

XMAX Starry 4

Conduction

Heating style differs, which can impact flavor and extraction behavior.

Key Differences at a Glance

Top specs where these two devices diverge.

10 differences

Price (USD)

Firefly 2+

$250

XMAX Starry 4

$99

Device Type

Firefly 2+

Portable

XMAX Starry 4

Heating Type

Firefly 2+

XMAX Starry 4

Conduction

Heat Up Time

Firefly 2+

~3 seconds

XMAX Starry 4

~15 seconds

Temperature Range

Firefly 2+

93°C - 260°C

XMAX Starry 4

100℃-240℃ (212℉-464℉)

Battery Type

Firefly 2+

XMAX Starry 4

18650

Battery Capacity

Firefly 2+

770mAh

XMAX Starry 4

2550mAh

Battery Life

Firefly 2+

<90 minutes

XMAX Starry 4

Charging

Firefly 2+

XMAX Starry 4

USB-C

Charge Time

Firefly 2+

~45 minutes

XMAX Starry 4

Choose Firefly 2+ if...

  • You care about faster heat-up time for quicker sessions.
  • You prefer a — heating profile.
  • Your usage leans toward premium and convection sessions.
View Firefly 2+ Profile

Choose XMAX Starry 4 if...

  • You want the lower listed entry price ($99 vs $250).
  • You prefer a conduction heating profile.
  • Your usage leans toward conduction and budget sessions.
View XMAX Starry 4 Profile

Spec Comparison Table

Direct comparison of every spec from each device profile.

19 differ 0 shared
SpecificationFirefly 2+XMAX Starry 4
Price (USD) $250$99
Device Type Portable
Heating Type Conduction
Heat Up Time ~3 seconds~15 seconds
Temperature Range 93°C - 260°C100℃-240℃ (212℉-464℉)
Battery Type 18650
Battery Capacity 770mAh2550mAh
Battery Life <90 minutes
Charging USB-C
Charge Time ~45 minutes
Pass-Through Charging NoYes
Dimensions 129x36x24mm115.9 x 37.5 x 24mm
Brand Firefly Vapor
Chamber Material Ceramic
Chamber Type Ceramic
Display Type OLED
Haptic Feedback Yes
Manufacturer TopGreen Technology Co
Replaceable Battery Yes

Comparison FAQs

What is the biggest difference between the Firefly 2+ and the XMAX Starry 4?

The biggest practical difference is price tier: the XMAX Starry 4 sits at $99 while the Firefly 2+ is $250, a gap of about $151 that puts them in different buying brackets.

Which is cheaper, the Firefly 2+ or the XMAX Starry 4?

XMAX Starry 4 is the cheaper option at $99 compared with $250 for the Firefly 2+, about $151 less. Live retailer pricing can shift, so confirm before buying.

Which heats up faster, the Firefly 2+ or the XMAX Starry 4?

Firefly 2+ reaches session-ready temperature in ~3 seconds, while the XMAX Starry 4 takes ~15 seconds. That's roughly 12 seconds quicker on the Firefly 2+, which is useful if you want shorter, on-demand sessions.

Can I use the XMAX Starry 4 while charging?

Yes, only the XMAX Starry 4 supports pass-through charging. The Firefly 2+ has to finish charging before you can use it.

Which is more discreet, the Firefly 2+ or the XMAX Starry 4?

XMAX Starry 4 is the better pick if low-profile use matters. It's tagged as stealth or pocket-friendly in our database, while the Firefly 2+ is more conspicuous in hand and harder to keep out of sight.

Is the Firefly 2+ or the XMAX Starry 4 better for microdosing?

Firefly 2+ is the better fit for microdosing in our database, typically thanks to a smaller chamber, finer temperature control, or both.

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