Oven and range repair guides covering uneven heating, gas igniter diagnosis, error codes, and safety checks for all major brands.
Oven problems show up when the stakes are highest — Thanksgiving turkey, a dinner party, or a weeknight meal when nothing else will do. Uneven heating, a gas burner that clicks but never lights, a self-clean cycle that locks the door permanently, or an error code that kills power to the entire unit: these are the scenarios our guides walk you through step by step, from initial diagnosis through the repair decision.
Gas and electric ovens fail differently and we separate the guides accordingly. Gas oven igniter replacement is the single most common oven repair in our service records — the silicon carbide igniter draws current through a safety valve, and when its resistance rises above the threshold, the valve never opens even though the igniter glows. Electric ovens more often suffer bake or broil element burnout, temperature sensor drift that causes 25-50 degree swings, and control board relay failures on models with electronic controls.
For dual-fuel ranges and commercial-style units (Viking, Wolf, Thermador), we include the specific calibration procedures and error code tables that differ from their residential counterparts. These high-end units require specialized service and our guides tell you exactly which repairs are safe for a homeowner and which demand a certified technician.
613 articles
Bosch and KitchenAid ovens compared on their CPSC SaferProducts incident reports, 2011-2026: 78 Bosch reports against 405 KitchenAid ones, with the control board leading both at 9% and 8%. What a corpus that thin can and cannot support.
Bosch and GE ovens set against their CPSC SaferProducts incident reports, 2011-2026 — 78 Bosch filings against 960 GE ones. The control board leads both columns, at 9% of the Bosch reports and 6% of the GE ones, but three component categories present in GE's record are missing from Bosch's entirely.
Bosch and LG ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 78 Bosch filings against 719 LG ones. Every compared row leans the same way, but three of the four gaps are worth two Bosch reports or fewer, and LG's column is unusually flat below its 5% control board.
Bosch and Samsung ovens set against their CPSC SaferProducts incident reports, 2011-2026 — 78 Bosch filings against 661 Samsung ones. Samsung's control board row takes 13% of its record, four points above Bosch's; below that single row the two columns track each other within a point.
Bosch and Whirlpool ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 78 Bosch filings against 635 Whirlpool ones. Three of the four compared rows show no measured difference at all, and the fourth rests on a handful of Bosch reports.
GE and KitchenAid ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 960 GE filings against 405 KitchenAid ones. Every gap on the page is exactly 2 points: the control board leans KitchenAid, and the whole heat path leans GE.
GE and LG ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 960 GE filings against 719 LG ones. The igniter is the only row that clearly separates them, at 5% against 1%, and an igniter is a gas-oven part.
GE and Samsung ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 960 GE filings against 661 Samsung ones. Samsung's reports concentrate on the control board at 13%; GE's spread across the heat path, and its igniter row is 3 points higher.
KitchenAid and LG ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 405 KitchenAid filings against 719 LG ones. Two of the five compared rows match exactly at 2%, and the only real separation is at the top of each column.
KitchenAid and Samsung ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 405 KitchenAid filings against 661 Samsung ones. Both records concentrate on the control board more than any other oven pairing here, at 8% and 13%, and agree on almost everything else.
KitchenAid and Whirlpool ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 405 KitchenAid filings against 635 Whirlpool ones. One record is a spike on the control board; the other is an even descent through the heat path.
LG and Samsung ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 719 LG filings against 661 Samsung ones. Two records of nearly the same size, with one substantial difference between them and nothing else above a single point.
LG and Whirlpool ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 719 LG filings against 635 Whirlpool ones. Whirlpool's record leans towards the heat path, LG's towards the sensor, and the widest gap between them is 3 points.
Samsung and Whirlpool ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 661 Samsung filings against 635 Whirlpool ones. Two records of almost identical size, one 7-point difference at the top, and exact agreement on two rows.
GE and Whirlpool ovens compared on their CPSC SaferProducts incident reports, 2011-2026 — 960 GE reports against 635 Whirlpool ones. The two component splits track each other closely: the control board leads both at 6%, and no component separates them by more than a point.
What 960 CPSC SaferProducts incident reports for GE ovens (2011-2026) name, plus five recall notices on record including a tip-over repair programme. The control board appears in 6% of narratives. Shares of reports, not failure rates.
What 128 CPSC SaferProducts incident reports for Jenn-Air ovens (2011-2026) name, plus one recall notice on record. The igniter appears in 14% of narratives and the control board in 13%. Shares of reports, not failure rates.
What 405 CPSC SaferProducts incident reports for KitchenAid ovens (2011-2026) name. The control board appears in 8% of narratives, the igniter in 3%; most reports name none of the tracked parts. Shares of reports, not failure rates.
What 719 CPSC SaferProducts incident reports for LG ovens (2011-2026) name, plus two recall notices on record for electric ranges. The control board appears in 5% of narratives. Shares of reports, not failure rates.
What 661 CPSC SaferProducts incident reports for Samsung ovens (2011-2026) name, plus two recall notices on record including a 2024 slide-in range notice. The control board appears in 13% of narratives. Shares of reports, not failure rates.
What 635 CPSC SaferProducts incident reports for Whirlpool ovens (2011-2026) name, plus three recall notices on record. The control board appears in 6% of narratives; most reports name no tracked part. Shares of reports, not failure rates.

Disassembly guide for a Whirlpool oven: the 1/4-inch hex and Torx T20 drivers it actually needs, the five ways in ranked by how often a repair uses them, and the door-hinge line the job stops at.

Open up a Bosch wall oven or slide-in range for repair access: the Torx T20/T15 split, why the spring-hinged door comes off before the fascia, the routes to the control module and rear panel, and where the job stops.

Open up a GE freestanding or slide-in electric range for repair access: why the tool list starts with a quarter-inch nut driver, the anti-tip bracket, the backguard route to the control module, and where the job stops.

What a broil element replacement really runs, the signs it is failing, and the age at which a new oven becomes the smarter buy.

What a control board replacement really runs, the signs it is failing, and the age at which a new oven becomes the smarter buy.

What a control knob replacement really runs, the signs it is failing, and the age at which a new oven becomes the smarter buy.

What a convection fan motor replacement really runs, the signs it is failing, and the age at which a new oven becomes the smarter buy.

What a cooling fan replacement really runs, the signs it is failing, and the age at which a new oven becomes the smarter buy.

What a door glass replacement really runs, the signs it is failing, and the age at which a new oven becomes the smarter buy.