IN Brief:
- Second-quarter revenue increased by 22.8% to $52.9 million as component availability improved.
- Gross profit reached $13.3 million, while operating income increased to $5.6 million.
- Backlog and long-term agreements reached approximately $615 million, up from $580 million at the end of March.
TAT Technologies reported second-quarter revenue of $52.9 million as easing component shortages allowed the aerospace and defence supplier to complete more work that had previously been constrained within its production and maintenance operations.
Revenue increased by 22.8% from $43.1 million in the second quarter of 2025. Gross profit rose by 23% to $13.3 million, representing 25.2% of revenue, while operating income increased by 26.8% to $5.6 million and a 10.6% margin.
Net income reached $8.1 million, although the result included a $4.3 million after-tax, non-operating gain from the sale of a minority interest. Excluding that benefit, adjusted net income was $4.66 million, up 35.2% from the comparative quarter.
The company ended June with approximately $615 million in backlog and long-term agreements, compared with about $580 million at the end of March. The measure combines conventional orders with expected activity under longer-term commercial arrangements and should not be read as a single funded defence contract.
TAT supplies commercial and military aerospace and ground-defence customers. Its portfolio includes original-equipment heat-transfer systems and aviation accessories, maintenance and overhaul of auxiliary power units and landing gear, and repair and coating of turbine components.
Services generated $37.6 million of second-quarter revenue, while product sales contributed $15.3 million. That balance places the maintenance and overhaul operation at the centre of the quarter’s output, where material availability and component turnaround directly affect revenue recognition.
A repair business can carry strong demand without being able to complete the work. An auxiliary power unit, heat exchanger, landing-gear assembly, or turbine component may enter the shop and consume labour before a missing replacement part, approved repair, or test slot prevents final acceptance.
Work then remains in progress, occupying floor space and working capital while the customer waits. When constrained components arrive, revenue can recover quickly because much of the preceding labour and inspection has already been completed.
Igal Zamir, chief executive and president of TAT Technologies, said “improving supply chain conditions enabled us to convert previously constrained customer demand into revenue in the quarter”. He added that conditions had not fully normalised, leaving the company focused on securing the components required by customers.
The difference between easing and normalisation is important. Aerospace parts can come from qualified suppliers with limited alternatives, and replacing one source may require engineering approval, first-article inspection, documentation review, and customer acceptance before the new component can enter routine use.
Heat-transfer equipment illustrates the problem. Aircraft and ground systems depend on compact exchangers to control temperatures in oil, fuel, air, hydraulic, and electronic systems. Repair can require cleaning, inspection, leak detection, brazing or welding, pressure testing, and replacement of thin-wall material affected by corrosion or fatigue.
Auxiliary power units bring a different combination of rotating machinery, controls, fuel systems, hot-section components, and test requirements. A completed overhaul must demonstrate performance on an appropriate test cell rather than relying on inspection of individual parts alone.
Turbine-component restoration adds specialised coatings, dimensional recovery, heat treatment, and non-destructive examination. Capacity is therefore governed by qualified processes and inspection flow as much as by the number of technicians or machines in the building.
TAT has expanded its relationship with Honeywell Aerospace, becoming the sole authorised distributor of spare parts for the 331-200 auxiliary power unit platform, extending its MRO licence through 2036, and acquiring three 131-9A units for its leasing activity.
The agreement can improve access to approved material and broaden the company’s aftermarket position, but it also increases inventory, planning, and support obligations. Distribution authority is useful only when the required parts can be stocked, traced, and delivered at the pace demanded by repair shops and operators.
The $615 million backlog and long-term-agreement figure gives TAT visibility for recruitment, inventory, supplier commitments, and capital planning. Actual conversion will still depend on fleet utilisation, removal rates, customer schedules, option exercise, and the condition of components arriving for repair.
Military customers add further variability because older fleets may operate in smaller quantities and retain equipment longer than commercial operators. Suppliers must keep technical data, tooling, repair approvals, and specialist skills available even when demand for a particular component arrives unevenly.
Cash flow used in operations was $0.6 million during the quarter, compared with $6.9 million generated a year earlier. The company did not attribute that movement to one cause, but rising receivables, inventory, and work in progress can accompany output growth and expanded material holdings.
The quarter demonstrates that demand alone is not the limiting factor in aerospace maintenance. TAT improved revenue and operating income when supply conditions eased, while the larger backlog left a substantial volume still to be converted.
The next measure will be whether the company can sustain throughput without allowing inventory, test queues, or quality controls to become the next constraint. Investors may admire a record backlog; aircraft operators are more interested in the serviceable unit leaving the workshop on the promised date.
