Gozney Arc XL vs Ooni Koda 2 Pro: The 2026 Heat Retention Test — Which Oven Wins for Summer Parties?

Tested By LAB Marco

Reviewed By HACCP Nouhayla A.

Protocol Updated: May 16, 2026

The Gozney Arc XL and Ooni Koda 2 Pro are the two most discussed outdoor pizza ovens of 2026 — but online debate rarely includes floor temperature recovery data across consecutive bakes. Marco tested both on the same day, same conditions, with the same 5-pizza sequence and an Etekcity 774 infrared thermometer. Here is what the numbers actually show.

The Gozney Arc XL and Ooni Koda 2 Pro are the two primary upgrade targets for outdoor pizza oven enthusiasts in 2026, as confirmed by Reddit r/pizzaoven and New York Magazine Strategist. The central question in every comparison thread is the same: which oven holds floor temperature better across consecutive bakes at high volume? Marco ran a standardised 5-pizza test protocol on both ovens on the same day under identical conditions — same dough, same toppings, same ambient temperature, same fuel load.

The Gozney Arc XL reached 900°F dome and 785°F floor in 38 minutes, 6 minutes faster than the Ooni Koda 2 Pro at 44 minutes. Between consecutive pizzas, the Arc XL’s cordierite stone recovered from a post-bake drop to 706°F back to 750°F in 2.5 minutes versus 3.5 minutes for the Koda 2 Pro — a 29% improvement in recovery rate. By pizza 5, the Arc XL maintained 748°F floor; the Koda 2 Pro had settled at 721°F — still within the launch threshold, but with measurably less margin. The complete Score Card and 5-pizza dataset are below.

Disclosure: This article contains affiliate links. If you purchase through our links, we may earn a commission at no additional cost to you. Both ovens in this test were purchased independently at full retail price. Content researched and tested by Marco Rye. AI-assisted writing, reviewed and validated by our editorial team.

Picking between a $899 Gozney Arc XL and a $749 Ooni Koda 2 Pro is exactly the kind of decision you want answered with data — not brand marketing or single-session forum impressions. What was missing across every comparison published so far, including New York Magazine Strategist’s qualitative 2026 review and the active r/pizzaoven thread, was same-day, same-conditions floor temperature recovery data across a full consecutive bake sequence. That is the gap this test fills. This comparison is part of our complete summer outdoor oven guide — covering every protocol Marco has documented for the season, from first preheat to the last cook of the night.

Preheat Speed: Gozney Arc XL Reaches 900°F 6 Minutes Faster — Here Is Why

Preheat time is the first variable that separates these two ovens in real-world use. The Gozney Arc XL reached Marco’s target dome temperature of 900°F in 38 minutes from cold start, with floor temperature simultaneously at 785°F. The Ooni Koda 2 Pro required 44 minutes to reach the same dome target, with floor temperature at 762°F — 23°F lower at the same time point.

Both readings were taken with the Etekcity 774 infrared thermometer at the geometric centre of each oven’s cordierite floor, 30 seconds after fuel was adjusted to maintenance level. The Arc XL’s advantage in preheat speed correlates directly with its larger double-skin insulated body — a structural difference that also explains its superior floor retention in the consecutive bake test.

In practical terms, a 6-minute preheat advantage means the Arc XL is ready to serve a first pizza 6 minutes earlier in a hosting scenario — a meaningful difference when guests are waiting. For a Memorial Day party of 20, this compounds: the Arc XL completes the session approximately 12–15 minutes faster than the Koda 2 Pro when factoring recovery time differences across 20 consecutive bakes.

Floor Temperature Recovery: The Arc XL Recovers 29% Faster — The 5-Pizza Dataset

Floor temperature recovery — the time required for the cordierite stone to return to the minimum launch threshold of 720°F after a 60-second bake — is the variable that most directly determines a pizza oven’s capacity for high-volume consecutive service. On the Gozney Arc XL, Marco’s 5-pizza test recorded an average post-bake floor drop from 785°F to 706°F — a drop of 79°F. Recovery to 750°F took an average of 2.5 minutes. On the Ooni Koda 2 Pro, the same post-bake drop measured 781°F to 695°F — a drop of 86°F. Recovery to 750°F took an average of 3.5 minutes.

By pizza 5, the Arc XL had maintained 748°F floor; the Koda 2 Pro settled at 721°F. Both ovens stayed above the 720°F minimum launch threshold throughout all 5 bakes — the Koda 2 Pro with less margin from pizza 4 onward. For a 20-pizza hosting session, the Arc XL’s 1-minute faster recovery per pizza translates to a 20-minute shorter total active baking window — roughly one fewer recovery cycle of waiting time across the full session.

For the complete hosting protocol that puts these floor recovery times to work in a timed sequence, see Marco’s Memorial Day pizza party hosting protocol. For the full floor temperature dataset across all three ovens in the PizzaOvenLab test fleet, the complete floor temperature recovery data guide extends this comparison beyond these two models.

Note: The Koda 2 Pro maintained floor temperature above the 720°F minimum launch threshold across all 5 bakes — but with a margin of just 1°F at pizza 5. The Arc XL maintained 748°F at the same point, with 28°F of margin remaining.

The Score Card: Arc XL vs Koda 2 Pro — 7 Criteria, Marco’s Verdict

Here is where the data earns its keep. Seven criteria. Same test conditions across three sessions per oven. One finding that genuinely caught me off guard: the Koda 2 Pro’s performance delta at low volume is narrower than the preheat and recovery numbers suggest — which shifts the verdict entirely depending on what you are actually cooking for. The Score Card reflects that nuance without softening the numbers.

Verdict by Use Case

Recipe Protocol: Marco’s 5-Pizza Benchmark Margherita

Every temperature reading in this comparison came from the same recipe — the same 280g dough balls, the same San Marzano DOP sauce, the same fior di latte, and the same launch technique on both ovens. A comparison is only as reliable as the standardisation behind it. This is the method that makes every data point above reproducible. If you own either oven and an Etekcity 774, you can run this exact sequence and verify the dataset for yourself.

Marco’s 5-Pizza Benchmark Margherita — Standard Test Protocol

Marco Editorial Team

The standardised Margherita recipe behind every temperature reading in the Arc XL vs Koda 2 Pro comparison. Marco’s 65% hydration dough, San Marzano DOP sauce, and fior di latte topping are held constant across all 5 bakes — making the dataset fully reproducible on either oven with an infrared thermometer and the same fuel load.

Print Recipe

Prep Time 30 minutes mins

Cook Time 1 minute min

22 hours hrs

Total Time 22 hours hrs 30 minutes mins

Course pizza

Cuisine Italian-American, Neapolitan-style

Servings 5 pizzas

Calories 315 kcal

Ingredients

  

For the dough (5 × 280g balls):

• 00 flour — 1 400g
• Cold water — 910ml 65% hydration ratio
• Active dry yeast — 3g
• Fine sea salt — 28g

For each pizza (×5):

• San Marzano DOP whole tomatoes hand-crushed — 80g
• Fresh fior di latte mozzarella torn — 100g
• Extra virgin olive oil — 5ml finish drizzle, post-bake
• Fine semolina — as needed for dusting the peel

For the test protocol:

• Kiln-dried hardwood splits — 600g for preheat 100g maintenance per 2 pizzas
• Etekcity 774 infrared thermometer — for all floor temperature readings

Instructions

 

• Combine 00 flour and yeast. Add cold water and mix until a rough, shaggy dough forms. Rest (autolyse) for 30 minutes uncovered.
• Add fine sea salt. Knead until the dough is smooth, elastic, and clears the bowl — approximately 10 minutes by hand.
• Bulk ferment at room temperature (65°F) for 2 hours, covered.
• Divide into 5 balls of 280g each. Place in a covered container and cold proof in the refrigerator for 20 hours.
• Remove dough from refrigerator 2 hours before the first bake. Rest at 65°F until fully pliable and relaxed.
• Preheat the oven to 900°F dome temperature. Verify floor temperature with the Etekcity 774 at the geometric centre of the cordierite stone. Target: 785°F (Arc XL, 38 min) or 762°F (Koda 2 Pro, 44 min). Record timestamp.
• Stretch one dough ball to approximately 30cm on a lightly floured surface. Transfer to a semolina-dusted perforated aluminium peel.
• Spoon 80g of hand-crushed San Marzano DOP tomato across the base, leaving a 2cm border. Distribute 100g of torn fior di latte evenly.
• Launch pizza with a single forward wrist motion from the peel. No hesitation — commit to the launch.
• At 30 seconds, quarter-turn using a metal turning peel. Bake to 60–75 seconds total. Target result: uniformly browned base, leopard-spotted cornicione, no pale sectors.
• Remove pizza from oven. Immediately take a floor temperature reading with the Etekcity 774 at the geometric centre. Record post-bake drop temperature.
• Start a stopwatch. Wait until the floor returns to a minimum of 720°F before launching the next pizza. Record recovery time. Repeat steps 7–12 for pizzas 2 through 5.

Marco’s Tips

Critical Tip 1 — Where to measure: Always read floor temperature at the geometric centre of the cordierite stone, not the edge. Edge readings on the Arc XL can run 30–40°F higher due to the wider floor geometry — which would skew your recovery data. Centre reads are the only consistent reference point across both ovens.
Critical Tip 2 — The cold proof is not optional here: The 20-hour cold proof is the variable that keeps dough behaviour consistent across all 5 bakes in the sequence. Shorter ferments produce dough that behaves differently in bake 4 and 5 compared to bake 1. If you are running this as a comparison test rather than just making dinner, do not shortcut this step.
Critical Tip 3 — What did not go as expected: On session 1 with the Koda 2 Pro, the post-bake floor drop at pizza 3 was 11°F deeper than subsequent sessions — traced back to an inconsistent fuel add at the 30-second turn. The data from that session was excluded from the average and the protocol was tightened for sessions 2 and 3. Consistent maintenance fuelling matters more than it looks on paper.

Keyword 65 percent hydration pizza dough, benchmark margherita recipe, consecutive pizza bake protocol, gozney arc xl pizza, ooni koda 2 pro recipe, pizza oven test protocol

FAQ: Gozney Arc XL vs Ooni Koda 2 Pro

Sources & Methodology

All temperature data was gathered across three separate test sessions per oven at the same outdoor location: no wind, 72°F ambient temperature, 58% relative humidity. Each session used identical 280g dough balls at 65% hydration (cold-proofed 20 hours, rested 2 hours at 65°F), identical San Marzano DOP crushed tomato sauce (80g per pizza), fresh fior di latte (100g per pizza), and 600g kiln-dried hardwood splits per preheat with 100g maintenance additions per 2 pizzas.

All floor temperature readings were taken with an Etekcity 774 infrared thermometer at the geometric centre of each oven’s cordierite stone, 30 seconds after the last fuel adjustment. Results were averaged across the three sessions. Both ovens were purchased at full retail price with no manufacturer involvement.

• Reddit r/pizzaoven — ‘Pizza Oven Upgrade Dilemma: Gozney Arc XL vs Ooni Koda 2 Pro’ (May 2026)
• New York Magazine Strategist — Ooni Koda 2 Pro vs Gozney Arc XL Review (2026)
• Reddit r/pizzaoven — ‘Floor temp drops too fast’ — community floor recovery data thread
• Reddit r/ooni — ‘Hosting 20+ this weekend’ — high-volume use case community thread
• Gozney — Arc XL Official Product Specifications (weight, dimensions, double-skin insulated body)
• Ooni — Koda 2 Pro Official Product Specifications (weight: 20.4 kg, materials, dimensions)

What to Remember

• The Arc XL preheats 6 minutes faster and recovers floor temperature 29% more quickly between consecutive bakes — structural advantages tied directly to its double-skin insulated body.
• The Koda 2 Pro delivers equivalent pizza quality at lower volume, at $150 less and 6.9 kg lighter — an important distinction for the majority of home cooks.
• For gatherings of 20 or more guests: the Arc XL wins on margin, session speed, and beyond-pizza versatility.
• For solo cooking or small groups: the Koda 2 Pro offers equal results at lower investment, and maintained floor temperature above 720°F throughout the full test protocol.

Ready to push your outdoor oven to its full potential this summer? Every recipe and protocol in our complete summer outdoor oven masterclass covers what both of these ovens can do beyond pizza — steaks, whole roasted fish, and year-round sessions documented in full.

For the complete floor temperature recovery dataset across all three ovens in the PizzaOvenLab test fleet, the floor temperature recovery data guide extends these numbers further — with every model Marco has benchmarked to date.

Do you own one of these ovens? Have you run your own temperature test? Share your floor recovery times in the comments — we are building the largest independent floor temperature dataset for outdoor pizza ovens.