Slide Deck

1. Executive Summary: The Kinetic Energy of Transformation

Garrett Motion Inc. (NASDAQ: GTX) represents one of the most compelling, yet structurally misunderstood, investment opportunities in the global industrial landscape. Ideally positioned at the intersection of legacy automotive dominance and industrial technological transformation, the company is currently valued by the public markets as a “melting ice cube”—a business in terminal decline due to the secular shift toward electrification. However, a rigorous, forensic application of the LRT Capital Management framework—assessing Durable Competitive Advantage, Growth Opportunities, and Capital Allocation—reveals a fundamentally different reality. Garrett Motion is not merely managing a decline; it is leveraging a highly cash-generative, oligopolistic core business to fund a high-velocity pivot into zero-emission technologies and high-value industrial applications.

Emerging from a complex history involving a 2018 spin-off from Honeywell and a subsequent Chapter 11 restructuring in 2021, Garrett has established itself as the preeminent technological leader in turbocharging and advanced air-handling solutions. The company operates within a rational oligopoly, commanding a market leadership position that generated a Return on Invested Capital (ROIC) of approximately 32.8% over the trailing twelve months ending in early 2026. This metric alone—more than triple its weighted average cost of capital (WACC)—signals the presence of a profound economic moat, built upon deep engineering integration, high switching costs, and an asset-light manufacturing model.

The prevailing market narrative fails to account for the “Two-Leg Strategy” effectively deployed by management. While the first leg maximizes cash flow from the internal combustion engine (ICE) and hybrid sectors—where Garrett is consolidating market share as a “last man standing”—the second leg is aggressively penetrating new total addressable markets (TAM). The recent strategic entry into the commercial HVAC and data center cooling markets, exemplified by the February 2026 collaboration with Trane Technologies, signals a credible expansion beyond the automotive sector, targeting $1 billion in non-turbo revenue by 2030.¹

As of early 2026, Garrett Motion trades at valuation multiples (approx. 5.5x EV/EBITDA and <7x P/E) that imply a rapid erosion of earnings power. This pricing contradicts the company’s robust order book, the extended longevity of hybrid powertrains predicted by global energy agencies, and its successful penetration into industrial sectors. This report posits that Garrett Motion offers an asymmetric risk-reward profile, characterized by deep value protection through aggressive capital returns—including a share count reduction of ~13% in 2024 alone—and significant upside optionality embedded in its zero-emission and industrial portfolios.

2. Business Model Overview & Competitive Landscape

To understand the durability of Garrett Motion’s cash flows, one must first deconstruct the industry structure in which it operates. The global turbocharger market is not a commodity market; it is a highly consolidated technological oligopoly.

2.1 The Rational Oligopoly

Garrett Motion designs, manufactures, and sells highly engineered turbocharging, electric-boosting, and automotive software solutions. It shares the global market primarily with BorgWarner (BWA), Mitsubishi Heavy Industries (MHI), and IHI Corporation.³ This consolidation is the result of decades of industry attrition and the immense technical barriers required to compete.

The competitive dynamic between Garrett and BorgWarner is particularly illustrative. While both are market leaders, they have diverged strategically in the post-pandemic era. BorgWarner has pursued an aggressive, capital-intensive M&A strategy to buy its way into the electric vehicle (EV) drivetrain market (notably acquiring Delphi Technologies). In contrast, Garrett, initially constrained by its post-bankruptcy balance sheet, focused on organic innovation in high-speed machinery and aerodynamics. This divergence has resulted in a superior financial profile for Garrett, which maintains higher margins and a significantly higher ROIC than its larger rival.

2.2 The “Last Man Standing” Strategy

A critical component of Garrett’s business model in the 2020s is its “last man standing” strategy regarding the diesel segment.⁴ As regulatory pressures in Europe and North America drive a secular decline in diesel passenger vehicle volumes, many Tier 1 suppliers are exiting the space or ceasing investment. Garrett, however, has chosen to consolidate this volume.

This strategy is highly accretive to free cash flow. By serving as the primary supplier for the remaining diesel volume, Garrett retains pricing power while reducing its own capital expenditures and R&D allocation for these mature products. Effectively, the diesel segment has been transformed into a pure funding engine—requiring minimal reinvestment while generating substantial cash to finance the growth of “New Growth Vectors” such as E-Axles and industrial compressors.

2.3 Operating Leverage and Flexibility

Garrett’s manufacturing footprint is designed for resilience. The company operates 13 manufacturing plants and 5 R&D centers globally but maintains a highly flexible cost structure where approximately 80% of costs are variable.⁵ This allows the company to flex production down during periods of volume contraction (such as the semiconductor shortage or the 2024 softening of global auto production) without suffering severe margin compression. This operational agility was demonstrated in Q3 2025, where despite mixed industry volumes, the company expanded its Adjusted EBIT margin to 14.7%.⁶

3. The Technological Moat: Physics as a Barrier to Entry

The first pillar of the LRT framework demands an assessment of genuine competitive advantages. Garrett Motion’s moat is not merely a function of scale; it is built on the physics of high-speed aerodynamics, materials science, and software integration.

3.1 High-Speed Aerodynamics & Thermodynamics

At its core, a turbocharger is a machine that must perform under extreme conditions. Garrett’s Variable Nozzle Turbine (VNT) and Variable Geometry Turbocharger (VGT) technologies involve components spinning at speeds exceeding 250,000 RPM while enduring exhaust temperatures up to 1,050°C.

The competitive advantage here is materials science. The tolerances required to prevent catastrophic failure at these rotational speeds are tighter than those found in many aerospace applications. For an Original Equipment Manufacturer (OEM) like BMW, Ford, or Stellantis to switch suppliers, they must validate the component across the entire engine lifecycle, typically 5-7 years. A failure in a turbocharger leads to engine failure, warranty claims, and immense reputational damage. Consequently, the switching costs are prohibitively high. Once Garrett is designed into an engine platform, it is economically irrational for the OEM to displace them during that engine’s production life.

3.2 The Software Lock-In

A critical, often overlooked aspect of Garrett’s moat is its software integration. Modern turbochargers, particularly the E-Turbo (electrically assisted turbochargers), are not passive mechanical devices. They are active nodes in the vehicle’s powertrain network.

Garrett’s proprietary “Multivariable Control” software resides directly within the OEM’s Engine Control Unit (ECU).⁵ This software manages the complex interplay between the turbo, the engine, and the vehicle’s health management systems. It controls boost pressure, transient response, and increasingly, energy recuperation in hybrid systems.

For a competitor to displace Garrett, they would not only need to replicate the hardware performance but also rewrite the control logic that governs the engine’s air-fuel mixture and emissions compliance. In the era of Euro 7 and EPA 2027 emissions standards, where engine calibration is infinitesimally precise, this software lock-in serves as a formidable barrier to entry. It transforms the turbocharger from a “bolt-on” part to a “designed-in” system.

3.3 Intellectual Property and Win Rates

Garrett maintains a portfolio of approximately 1,700 patents and patents pending.⁷ This IP thicket protects its advancements in fluid dynamics, bearing systems, and high-speed motors. The efficacy of this technological moat is evidenced by the company’s win rates. Data from 2024 and 2025 indicates that Garrett Motion consistently secures over 50% of new turbocharger program awards globally.⁷ In Q2 2025 alone, the company secured over $1 billion in light vehicle turbo program extensions, validating the longevity of its core franchise well into the 2030s.⁸

4. Financial Analysis: The LRT Framework Application

The second pillar of our analysis focuses on the quantitative evidence of business quality. A “quality” business must demonstrate the ability to generate returns on capital significantly above its cost of capital and convert accounting earnings into distributable cash. Garrett Motion excels in both metrics, creating a stark contrast with its valuation.

4.1 Return on Invested Capital (ROIC) Analysis

ROIC is the ultimate litmus test of a company’s competitive advantage. For the trailing twelve months (TTM) ending in early 2026, Garrett Motion demonstrated an ROIC of approximately 32.82%. This figure is exceptional for an industrial manufacturer and significantly exceeds the company’s estimated WACC of ~6.3%.

Table 1: Comparative ROIC Analysis (TTM 2025/2026)

Metric	Garrett Motion (GTX)	BorgWarner (BWA)	Phinia (PHIN)	Lear Corp (LEA)
ROIC (TTM)	~32.8%	~9.1%	~5.6%	~7.4%
Gross Margin	~20.6%	~18.4%	~20.0%	~7.5%
Adj. EBITDA Margin	~18.2%	~14.5%	~14.1%	~10.0%
EV / EBITDA	~5.5x	~7.0x	~7.3x	~6.5x

Source: Derived from, [²⁸], [²⁹], [³⁰], [³¹],.⁶

The disparity in ROIC between Garrett and its peers—BorgWarner, Phinia, and Lear—is striking. While peers generate high-single-digit returns, Garrett’s capital efficiency is in a different tier. This is driven by three factors:

1. Asset Turnover: Garrett operates an asset-light assembly model, sourcing components from a highly developed global supply chain.
2. Negative Working Capital: The company manages its working capital aggressively, often operating with negative working capital (excluding cash and debt), effectively using supplier credit to fund operations.
3. High Margins: Its focus on complex, high-value VNT technology drives gross margins (~20.6%) that are superior to commoditized parts suppliers.

4.2 Margin Resilience in a Volatile Environment

Despite the inflationary environment of 2023-2025, Garrett has maintained robust margins. In Q3 2025, the company reported an Adjusted EBITDA margin of 18.2% (YTD 2025: 17.7%).⁶

This margin resilience is underpinned by effective pass-through mechanisms. Garrett contracts allow it to pass commodity inflation (steel, aluminum, nickel) to customers, protecting gross profit per unit. Furthermore, the product mix is shifting toward higher-value products. As gasoline engines adopt Miller-cycle combustion to meet efficiency targets, they require VNT turbochargers—a technology previously reserved for diesel. These units carry higher Average Selling Prices (ASPs) and margins than simpler wastegate turbos.⁹

4.3 Free Cash Flow Generation

Garrett targets an Adjusted Free Cash Flow (FCF) conversion rate of roughly 60% of Adjusted EBITDA. In the full year 2024, the company generated $358 million in Adjusted Free Cash Flow on $598 million of Adjusted EBITDA.¹⁰

This reliable cash generation is the engine of its shareholder return strategy. Unlike many growth-focused EV suppliers that burn cash, Garrett effectively prints it. This provides the fuel to internally fund its transition to zero-emission technologies while simultaneously buying back stock at a rate that rapidly accretes value for remaining shareholders.

4.4 Balance Sheet Optimization

Following its emergence from bankruptcy, Garrett has successfully normalized its capital structure.

• Refinancing: In January 2025, the company refinanced its term loans, extending maturities to January 2032.¹¹ This refinancing removed near-term liquidity cliffs and secured favorable terms.
• Liquidity: As of September 30, 2025, Garrett held $860 million in total liquidity, comprised of $230 million in unrestricted cash and $630 million in undrawn revolving credit capacity.⁶
• Leverage: The company actively manages its net leverage ratio to approximately 2.0x Adjusted EBITDA, a prudent level for a cash-generative industrial business.

5. Growth Opportunities: The Strategic Pivot (New Growth Vectors)

The primary bear case against Garrett Motion is that it is a “melting ice cube”—that its core market will disappear faster than it can replace revenue. However, a detailed analysis of its “New Growth Vectors” suggests a successful metamorphosis is underway. The company is not merely migrating from ICE to EV; it is expanding from automotive into the broader industrial economy.

5.1 Hybridization: The Extended Bridge

The transition to full Battery Electric Vehicles (BEVs) is proving to be non-linear and slower than aggressive 2020 forecasts suggested. The IEA and BloombergNEF forecasts indicate a prolonged “plateau” where hybrids (HEVs) and plug-in hybrids (PHEVs) play a dominant role through the 2030s.¹³

Garrett is uniquely positioned for this hybrid era. Hybrid engines are smaller, run hotter, and require more sophisticated boosting to maintain performance—precisely the characteristics that favor Garrett’s high-end VNT technology over commoditized alternatives. In Q1 2025, the company secured three new wins for turbocharged range-extended electric vehicles (REEVs) in China.¹⁵ These wins confirm that the “bridge” to full electrification is longer and more profitable than the market anticipates.

5.2 Zero-Emission Vehicles (ZEV): E-Powertrain & Fuel Cell

Garrett is leveraging its high-speed motor expertise to enter the EV powertrain market with differentiated products.

• 3-in-1 E-Axle: In 2025, Garrett unveiled its 3-in-1 E-Powertrain, which integrates the high-speed motor, inverter, and reducer into a single unit. The system claims a 40% reduction in size and weight compared to industry benchmarks, a critical advantage for packaging in EVs.¹⁶
• Commercial Vehicle Production Award: A watershed moment occurred in May 2025 when Garrett secured its first major series production award for high-speed electric motors with HanDe Axle and SinoTruk, leading Chinese commercial vehicle suppliers.¹⁵ Production is slated for 2027. This contract validates that Garrett’s technology is competitive against incumbents like Dana and BorgWarner in the heavy-duty truck electrification race.
• Fuel Cell Compressors: Garrett remains a leader in air compressors for hydrogen fuel cells, with its Gen 3 compressors launching in 2025. While the passenger fuel cell market remains niche, the commercial trucking application is gaining traction, particularly in China and Europe.¹⁸

5.3 The Industrial Pivot: Data Centers & Commercial HVAC

Perhaps the most significant, and least appreciated, growth vector is Garrett’s expansion into industrial thermal management. The physics of cooling a data center or a large commercial building are strikingly similar to cooling a high-performance vehicle: moving heat efficiently requires high-speed compression.

• Oil-Free Centrifugal Compressors: In early 2026, at the AHR Expo, Garrett launched a portfolio of oil-free centrifugal compressors for the HVAC market.¹ These units leverage foil bearing technology (originally developed for automotive) to eliminate oil, reduce maintenance, and improve energy efficiency by >10% compared to traditional scroll compressors.¹⁹
• Trane Technologies Partnership: In February 2026, Garrett announced a strategic collaboration with Trane Technologies (TT) to integrate this technology into Trane’s commercial HVAC portfolio.² This is a massive validation. Trane is a market leader; their selection of Garrett’s technology for next-generation chillers and rooftop units provides an immediate path to scale and de-risks market entry.
• Data Center Opportunity: The explosion of AI computing has created an energy crisis in data centers. Garrett’s turbochargers are being used in backup power generators (gensets) for data centers. In Q3 2025 alone, the company secured over $40 million in expected lifetime revenue for this application.⁴ Furthermore, its E-Cooling compressors address the liquid cooling needs of high-density server racks.

Management has explicitly targeted $1 billion in non-automotive revenue by 2030.¹ Given the Trane partnership and the surging demand for data center power and cooling, this target appears increasingly credible and represents a fundamental expansion of the company’s TAM.

6. Capital Allocation Strategy: Disciplined and Shareholder-Focused

The third pillar of the framework is capital allocation. Garrett Motion has shifted from a deleveraging phase (2021-2023) to an aggressive shareholder return phase (2024-Present).

6.1 Share Repurchases: Exploiting the Valuation Gap

Management has recognized that the market is severely undervaluing the company’s cash flows.

• 2024 Execution: In 2024, Garrett repurchased $296 million of its stock, reducing the share count by roughly 13%.¹⁰
• 2025 Authorization: The Board authorized a new $250 million repurchase program for 2025.²⁰

Buying back stock at ~5-6x Free Cash Flow (a 16-17% FCF yield) is highly accretive. It suggests management believes the intrinsic value of the equity is substantially higher than the market price. The exit of private equity sponsors (Oaktree, Centerbridge) has increased the public float, but the aggressive buybacks are rapidly soaking up this supply.

6.2 Dividends: Signaling Confidence

In late 2024, Garrett initiated a regular dividend, which was increased by 33% to $0.08 per share in Q4 2025.⁶ While the yield is modest (~1.7%), the initiation of a dividend signals confidence in the durability of cash flows and opens the stock to income-focused funds that were previously restricted from owning it.

6.3 Executive Compensation Alignment

The 2025 Proxy Statement reveals a compensation structure tightly aligned with shareholder interests and the strategic pivot.

• PSU Metrics (2025-2027): The Performance Share Unit (PSU) plan for the 2025-2027 cycle includes four components: Relative TSR, Cumulative Adjusted EBITDA, Cumulative Adjusted EBITDA Margin, and a newly added “New Growth Vectors” metric.²¹
• Significance: By explicitly tying executive pay to “New Growth Vectors”—measured by new wins in automotive/industrial platforms and awarded revenue—the board is incentivizing the successful execution of the diversification strategy.

7. Risks, Governance & The Honeywell Legacy

An investment in Garrett Motion is not without complexity. The “Honeywell Legacy” remains a focal point of due diligence, though its impact is diminishing.

7.1 The Asbestos Indemnity

Garrett’s spin-off saddled it with a 30-year agreement to indemnify Honeywell for asbestos liabilities related to the legacy Bendix brake business. The 2021 bankruptcy restructuring capped and structured these payments.

• Annual Cap: Payments are capped at $175 million per year.²²
• Duration: The agreement runs until 2048 or until certain conditions are met.
• Financial Impact: While this liability reduces reported Free Cash Flow, it is a known, capped obligation. The restructuring effectively turned this into a subordinated debt-like instrument. Investors should treat it as such—deducting the Net Present Value (NPV) of these payments from the Enterprise Value. Even with this conservative adjustment, the valuation remains compelling.

7.2 Tax Matters Agreement (MTT)

Garrett is also liable for payments related to the Mandatory Transition Tax (MTT) under the Tax Matters Agreement.

• Remaining Payments: The remaining liability is payable in installments through 2025.²³ As of the Q3 2025 filing, “Other Liabilities” stood at $376 million, a portion of which relates to these legacy tax matters.²⁴ Crucially, these payments are finite and will roll off in the near term, freeing up additional cash flow.

7.3 Terminal Value Risk

The existential risk is the speed of ICE decline. If BEV adoption accelerates dramatically (e.g., reaching 50% global share by 2028), Garrett’s core turbo volume would collapse faster than it could scale its e-products.

• Mitigant: The current stagnation in EV adoption rates in the US and Europe, combined with the resurgence of hybrids, pushes this cliff out significantly. Garrett’s “last man standing” strategy ensures it captures the majority of the remaining value in the ICE tail.

8. Valuation: The Asymmetry

As of early 2026, Garrett Motion trades at approximately $19.27 per share, implying a market cap of ~$3.75 billion.²⁵

Table 2: Valuation Context (2025 Estimates)

Valuation Metric	Garrett Motion (GTX)	Peer Group Average
P/E Ratio	~6.6x	~12.0x
EV / EBITDA	~5.5x	~7.5x
FCF Yield	~16-17%	~6-8%

Source: Market data derived from.²⁵

The market is pricing Garrett as a business in terminal decline with zero terminal value. However, the data supports a different conclusion:

1. Core Business Durability: ICE/Hybrid demand is stickier than expected, providing a long runway of cash flow.
2. Growth Traction: The path to $1 billion in non-turbo revenue is tangible, backed by contracts with industry giants like Trane and HanDe.
3. Capital Return: The company is buying back its own float at a double-digit FCF yield, mechanically forcing share price appreciation over time.

Comparing Garrett to Phinia (PHIN)—another ICE-exposed spin-off—highlights the undervaluation. Phinia trades at ~7.3x EBITDA with significantly lower margins and ROIC.²⁷ If Garrett were to re-rate merely to Phinia’s multiple, the stock would appreciate by over 30%. If it re-rates to a multiple appropriate for a diversified industrial technology company (8-10x EBITDA), the upside is well over 100%.

9. Conclusion

Garrett Motion is a quintessential “anti-fragile” value play. It possesses a fortress balance sheet (post-refinancing), a dominant market position with high barriers to entry, and a management team that is aggressively returning capital while planting seeds for a post-ICE future.

The market’s fixation on the “death of the combustion engine” has obscured the reality of Garrett’s high-quality economics and its successful diversification into high-growth industrial sectors. The company is successfully executing a pivot that transforms it from an auto parts supplier into a diversified industrial technology leader.

Investment Verdict:

Garrett Motion possesses genuine competitive advantages (technological moat, oligopoly), meaningful growth opportunities (Industrial/HVAC, E-Powertrain), and competent capital allocation (high-yield buybacks). The current valuation offers a significant margin of safety, making it a highly attractive long-term investment.

Frequently Asked Questions

General Questions

• What thoughtful questions have other investors asked about this company? Investors and analysts have focused heavily on the durability of margins amid the transition to electric vehicles and the timeline for non-automotive revenue scaling. Specifically, in recent earnings calls (Q3 2025), analysts probed management on:
  1. The margin impact of the product mix shift from diesel (higher margin) to gasoline (lower margin) and how productivity gains are offsetting this.
  2. The specific revenue ramp-up for “New Growth Vectors” like zero-emission technologies and industrial cooling to hit the $1 billion target by 2030.
  3. The balance between aggressive share repurchases and debt repayment given the leverage profile.

Cyclicality & Earnings Nature

• Are earnings at a cyclical high or cyclical low? Earnings appear to be resilient rather than at a cyclical peak or trough. Despite a “softening industry” and flat-to-down global light vehicle production forecasts for 2025, Garrett has managed to expand margins (Adjusted EBITDA margin expanded to 17.4% YTD 2024) through productivity and variable cost control.
• Are earnings driven primarily by the external environment or internal company actions? Primarily internal actions. While external volumes are flat or down (diesel declining, gasoline growing), Garrett is driving earnings through “self-help” measures: favorable price/productivity offsetting inflation, and a flexible cost structure (80% variable costs).
• How stable are revenues? Revenues are relatively stable but facing mild headwinds. Net sales for FY2024 were down 11% (reported) but the 2025 outlook projects stabilization ($3.5B – $3.6B), supported by share gains in gasoline turbos and new industrial wins.
• Outlook for the company’s products and services? The outlook is bifurcated. The core turbo business is a “cash cow” managing a slow volume decline in diesel but growth in hybrid/gasoline. The “New Growth Vectors” (E-Axle, E-Cooling, Industrial) are projected to grow significantly, with industrial/data center revenue expected to exceed $100 million in 2025 and total zero-emission revenue targeting $1 billion by 2030.
• How big will this market be? The global automotive turbocharger market is estimated at roughly $16-$18 billion (2024/2025) and is projected to grow to $23-$24 billion by 2030, driven largely by hybrids and emission regulations.

Business Quality & Competitive Moat

• Is the industry getting more or less competitive? The industry remains highly consolidated and rationally competitive. It is a stable oligopoly dominated by Garrett Motion, BorgWarner, IHI, and Mitsubishi Heavy Industries, who collectively control the vast majority of the market.
• How profitable is this business? ROIC? ROE? The business is exceptionally profitable relative to capital employed.
  • ROIC: Approximately 32.8% (TTM as of early 2026), significantly higher than peers like BorgWarner (~9%).
  • ROE: Return on Equity is often negative or not meaningful due to the company’s accumulated deficit from its spin-off leverage, but operationally (Net Margin ~8.5%), it is highly efficient.
• What are the barriers to entry? Barriers are very high. They include deep engineering integration (turbo software runs on the OEM’s ECU), lengthy validation cycles (5-7 years for engine platforms), and massive intellectual property portfolios (Garrett holds ~1,700 patents).
• Can this company be undermined by foreign, low-cost labor? No, because Garrett is the low-cost manufacturer. It manufactures approximately 87% of its products in low-cost countries (China, India, Mexico, Romania, Slovakia), insulating it from being undercut by cheaper labor rivals.
• What are the customers switching costs? High. Once a turbocharger is designed into an engine platform (e.g., a BMW 3.0L engine), it is integrated into the thermal and software management of the vehicle. Switching suppliers mid-cycle would require expensive re-engineering and recertification of emissions standards.

Financial Condition & Balance Sheet

• What off-balance sheet liabilities does the company have? The primary “off-balance sheet” style liability is the Indemnification and Reimbursement Agreement with Honeywell for asbestos claims. While recognized on the balance sheet as “Obligations payable to Honeywell” (capped at $175M/year), it functions as a long-term, subordinated financial obligation that extends potentially to 2048.
• How conservative is the company’s accounting? The company recently had to adopt mandatory capitalization of R&D expenses (Section 174) for tax purposes, which increases cash tax payments and reduces near-term free cash flow, a change forced by U.S. tax law rather than management choice.
• How CapEx hungry is this business? It is asset-light. CapEx is guided to be approx. 2.5% – 2.8% of sales, which is very low for a manufacturer, supporting high free cash flow conversion.

Capital Allocation & Management

• How much free cash flow does the business generate? In 2024, Garrett generated $358 million in Adjusted Free Cash Flow. For 2025, the guidance is $350 – $420 million.
• How does management use this free cash flow? Management has a defined framework to return ~75% of Adjusted FCF to shareholders.
  • Buybacks: Repurchased $296M in 2024 (13% of float) and authorized another $250M for 2025 and 2026.
  • Dividends: Recently increased quarterly dividend by 33% to $0.08/share.
  • Deleveraging: Voluntary early debt repayment of $50M in Q3 2025.
• Has the company made any significant acquisitions recently? No major acquisitions. The strategy is organic growth and partnerships (e.g., Trane Technologies for HVAC, SinoTruk for E-Axles) rather than buying growth.
• What is the compensation policy? Executive compensation is aligned with shareholder returns. 2025 PSU (Performance Share Unit) metrics include TSR, Adjusted EBITDA, EBITDA Margin, and a new metric: “New Growth Vectors” (awarded revenue/wins) to incentivize the pivot away from ICE.
• What are the motivations of management? Management is incentivized to maximize cash flow (via EBITDA/Margin targets) and successful diversification (New Growth Vectors metric). Insider ownership is modest (<1% for CEO), but equity grants are significant.

Valuation & Market Data

• Is the stock an ADR? MLP? K-1? No. It is a standard Delaware Corporation listed on NASDAQ (Ticker: GTX).
• Dividend Policy? Yes, pays a quarterly cash dividend, currently $0.08 per share ($0.32 annualized), implying a yield of ~1.7%.
• How profitable is this business? Highly profitable. Net Income Margin is ~8.5% and Adjusted EBITDA Margin is ~17.4%.
• Is net income diverging from cash from operations? Cash from operations ($350M-$450M range) is generally higher than Net Income (~$265M-$295M) due to significant non-cash charges like depreciation and amortization, which is a healthy sign for a manufacturer.

Risks & Downside

• What factors would cause the stock to decline?
  1. Accelerated EV adoption: If BEVs gain share faster than expected, Garrett’s core turbo revenue could shrink faster than new products can ramp.
  2. Margin compression: If the shift to lower-margin gasoline turbos (from diesel) cannot be offset by productivity.
  3. Customer Concentration: Loss of a top client (e.g., Ford or BMW) would be material, though no single customer is >10-12%.
• What is the risk of a catastrophic loss? The primary catastrophic risks are liability related: The Honeywell asbestos indemnity is a massive long-tail liability. While capped annually, it acts as a “poison pill” on the balance sheet. Bankruptcy risk is currently low due to extended debt maturities (2030/2032) and strong liquidity ($860M).

Recent News & Events

• Has the business environment changed recently? Yes. The EV transition has slowed slightly (“plateaued”), extending the runway for Hybrids/ICE, which is bullish for Garrett. Conversely, tariffs and FX volatility are creating headwinds.
• Recent changes in the business?
  • New Partnership: Strategic collaboration with Trane Technologies to enter the commercial HVAC market with oil-free compressors.  
  • New Win: First major series production award for electric motors (E-Axle) with HanDe for 2027 production.
  • Debt Repricing: Successfully repriced term loan in Aug 2025, reducing interest rate by 25bps.

Works cited

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2. Garrett Motion, Trane partner on oil-free HVAC tech | GTX Stock News, accessed February 11, 2026, https://www.stocktitan.net/news/GTX/trane-technologies-and-garrett-motion-collaborate-to-advance-ultra-phzdgmffnq9h.html
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