The Cigar Between Puffs Is Doing More Than You Think

You take a puff.

Then you place the cigar in the ashtray.

It looks quiet.

But chemically, it is not resting.

The cigar is still smoldering, cooling, exchanging oxygen and transforming tobacco while you wait for the next draw.

What You'll Learn

• Why combustion continues between puffs.
• How oxygen reaches the coal without active drawing.
• Why temperature rises and falls with every puff cycle.
• How the resting interval changes the next draw.
• Why puff cadence is really thermal management.

The Cigar Does Not Switch Off

Once properly lit, a cigar enters a smoldering combustion state.

During a puff, air is actively pulled through the cigar and oxygen delivery to the burning zone increases.

When the puff stops, that forced airflow disappears.

But combustion does not immediately stop.

The glowing tobacco continues reacting with oxygen from the surrounding environment.

Research on tobacco combustion confirms that smoke continues to form during the smolder period between puffs.

Oxygen Still Reaches the Coal

During a draw, oxygen is delivered rapidly through airflow.

Between draws, the mechanism becomes slower.

Oxygen from the surrounding air can still move toward the burning zone through diffusion and natural air movement around the cigar.

This supports the continuing smolder.

The next puff does not restart a dead fire. It intensifies an already active one.

The Temperature Falls Between Puffs

A puff increases oxygen supply and intensifies combustion.

Once the draw ends, the combustion zone begins cooling again.

Broader combustible-tobacco research consistently shows this thermal cycle: puffing creates a hotter combustion state, followed by cooling during the interval between puffs.

Exact cigar temperatures should not be assumed from cigarette studies because cigar dimensions, density and construction differ.

But the important principle remains:

PUFF = THERMAL PEAK

REST = COOLING + SMOLDER

Pyrolysis Continues Too

The tobacco immediately ahead of the glowing coal remains exposed to intense heat.

Even between puffs, that heat can continue driving thermal decomposition.

Tobacco-smoke research identifies pyrolysis products as forming both during active draws and during the intervals between them.

So the cigar between puffs is still:

• Producing heat
• Decomposing tobacco
• Generating gases and vapors
• Forming ash
• Advancing slowly through the tobacco

The Chemistry Between Puffs Is Not Identical to the Chemistry During a Puff

This is important.

The oxygen availability, airflow and thermal conditions differ between active puffing and passive smoldering.

Broader tobacco research shows that mainstream smoke produced during puffing and sidestream smoke produced during smoldering arise under different combustion conditions and therefore have different chemical compositions.

In other words:

The cigar is operating in two alternating combustion modes.

Your Next Puff Inherits the Previous Rest

Suppose you wait 30 seconds.

The coal has cooled somewhat, but remains active.

Now suppose you wait 90 seconds.

The cigar has had considerably more time to cool and smolder without forced airflow.

When the next puff arrives, it begins from a different thermal starting point.

This is why puff interval can influence:

• Smoke temperature
• Burn rate
• Relight tendency
• Perceived bitterness
• Aroma clarity

Puff Too Soon

If you puff repeatedly with very short intervals, the cigar receives less time to cool between thermal peaks.

The burn can remain more active.

That may increase heat accumulation and accelerate tobacco consumption.

You are stacking one combustion peak on top of another.

Wait Too Long

The opposite problem also exists.

Give the cigar enough time without a draw and the smolder can weaken until the combustion front is unable to sustain itself.

Then the cigar goes out.

So cigar cadence lives between two extremes:

TOO FAST → EXCESS HEAT

TOO SLOW → EXTINCTION

The Rest Interval Is Part of the Smoke

Smokers often think only about the puff.

But every puff is determined partly by what happened during the minute before it.

The cigar has been cooling.

The combustion front has continued advancing.

Oxygen has continued reaching the coal.

Heat has continued moving into tobacco ahead of the ember.

The pause is therefore part of the smoking technique, not empty time.

Run the 30 / 60 / 90-Second Experiment

Select identical cigars from the El Septimo cigar collection.

Divide them into three controlled puff cadences:

A: 30 SECONDS

B: 60 SECONDS

C: 90 SECONDS

Keep puff duration and preparation identical.

Do not assume 60 seconds will automatically be “best.”

Measure it.

Ring Gauge May Change the Cycle

A 52-ring Toro and a 70-ring Gigante do not contain identical combustion geometry.

El Septimo Dubai currently lists formats ranging from Coco 5¼ x 52 and King Sargon 6 x 52 to Bomba Orange 6½ x 60 and Fabuloso Dark Ruby 6¼ x 70.

That suggests another useful experiment:

Does the ideal rest interval change with ring gauge?

It is a much better question than declaring one universal puff cadence for every cigar.

Explore Premium Cigars in Dubai

Step 1: Compare formats from the El Septimo cigar collection, currently described as hand-rolled using long-filler tobacco.

Step 2: Keep lighting and resting conditions consistent using the same lighter and ashtray setup when testing different puff intervals.

Final Thoughts

The cigar between puffs is not waiting for you.

It is still burning.

It is cooling.

Oxygen is still reaching the coal.

Pyrolysis is continuing near the combustion front.

And the thermal starting point for your next puff is being established.

That means cigar technique is not only about how you puff.

It is also about how long you leave the cigar alone.

Frequently Asked Questions

Does a cigar keep burning between puffs?
Yes. A properly lit cigar continues smoldering between draws, although combustion intensity is lower than during active puffing.

What happens to cigar temperature between puffs?
The combustion zone generally cools after a puff because forced airflow and oxygen delivery decrease, while smoldering continues.

Does oxygen still reach a cigar when I am not puffing?
Yes. Oxygen from the surrounding air can continue reaching the smoldering coal through diffusion and natural air movement.

Why does puffing too quickly make a cigar hotter?
Short intervals reduce cooling time between combustion peaks, so repeated draws can maintain a hotter, more active burn.

How long should I wait between cigar puffs?
There is no universal interval for every cigar. Ring gauge, construction, moisture and environment all matter. Controlled testing at different intervals is more useful than treating one number as a rule.

For adults 21+. Please enjoy responsibly.