Oven & Stove Repair in Arlington, VA

Ovens, stoves, and ranges combine two largely independent systems: the cooktop (electric coil or radiant elements, or gas burners with igniters) and the oven cavity (a bake element and broil element on electric ovens, or a single gas burner with a temperature-modulating valve on gas ovens), tied together by a control board and, on most modern units, a temperature sensor that constantly reports cavity temperature back to the board so it can cycle the heat source and hold a steady bake temperature.

An electric oven that won't heat almost always has a visibly failed bake or broil element — a healthy element glows uniformly orange when heating; one that's cracked, blistered, or sparking at a break point needs replacing. When the element looks fine but the oven still won't reach temperature, the more likely culprit is the temperature sensor drifting out of calibration or a control board no longer sending power to the element, both of which require testing rather than visual inspection.

Gas burners that click repeatedly without lighting point to a dirty or misaligned igniter, moisture or food debris in the burner cap ports, or — less often — a gas valve that isn't opening. A clicking-but-no-light burner is usually a simple, inexpensive fix once we've identified which of those three it is; a burner that lights but burns unevenly or with a mostly-yellow flame (rather than blue) usually just needs the burner cap and ports cleaned, since that's typically a sign of a partial obstruction rather than a valve problem.

Uneven baking, or an oven that reads 350°F but bakes like 300°F or 400°F, is one of the most common and most under-diagnosed oven complaints — it's almost never the element, and almost always a temperature sensor that's drifted out of spec or is touching the cavity wall (which throws off its reading). We test actual cavity temperature against the display with an independent probe before replacing anything, since guessing here leads to a needless element swap that doesn't fix the problem.

Any gas smell around a range or oven is the one symptom that means stop and call immediately rather than schedule normally — it can indicate a loose fitting, a cracked burner valve, or an aging flex connector, all of which we test with a proper leak-detection method before returning the unit to service. Electronic error codes are usually safe to research but not to keep using through, since continuing to run a unit with a board or sensor fault can sometimes cascade into a second failure (an oven that overheats past its sensor's failed reading, for instance).

Repair is almost always the right call on ovens and ranges: elements, igniters, sensors, and control boards are inexpensive relative to a new range, and that math is even stronger for gas ranges, professional-style ranges, and luxury brands (Wolf, Viking, Thermador) where replacement costs several times a standard range. To keep an oven accurate and reliable: run the self-clean cycle sparingly (the high heat is hard on elements and sensors over years of use), keep burner caps and ports clean of spill residue, and don't line the oven floor with foil, which blocks airflow the temperature sensor and convection fan rely on and can also reflect enough heat to damage the element.

It's also worth calibrating your expectations around oven thermometers: every oven drifts slightly out of factory calibration over years of use, and a $10 oven thermometer left inside during preheat is the simplest way to check whether your unit's actual temperature matches the dial before assuming a recipe or a cooking technique is to blame for inconsistent results. If the gap is more than about 25 degrees, that's a legitimate calibration or sensor issue worth having looked at rather than something to work around indefinitely.