• In June 2025, Collins Aerospace launched an in‑seat power system equipped with innovative wireless charging, transforming passenger convenience by eliminating cable clutter and enabling cable‑free device charging at every seat.
• In April 2024, Astronics Corporation acquired Germany’s KID‑Systeme, amplifying its in‑seat power offerings and strengthening its global footprint in the cabin power solutions market.

In this report, the Commercial Aircraft In-seat Power System Market has been segmented by seating class, Air Craft Type, Mode of Sles, Application, and geography.

Commercial Aircraft In-seat Power System Market, Segmentation by Seating Class

The Commercial Aircraft In-seat Power System Market has been segmented by Seating Class into Economy Class, Premium Economy Class, Business Class and First Class.

Economy Class

The economy class segment holds the largest share of the commercial aircraft in-seat power system market, accounting for approximately 50%. Rising demand for in-flight connectivity and growing expectations for passenger comfort are driving the installation of in-seat power outlets in economy cabins. Airlines are increasingly equipping economy class with USB ports and AC power outlets to support personal electronic devices, enhancing the overall passenger experience and increasing customer satisfaction on short-haul and long-haul flights.

Premium Economy Class

The premium economy class segment represents around 15% of the commercial aircraft in-seat power system market. Passengers in this segment expect enhanced comfort features and convenience, which is driving demand for advanced power solutions. Airlines are increasingly integrating multi-functional power outlets and high-speed USB charging ports in premium economy seats to meet evolving passenger expectations. The segment’s growth is further supported by rising popularity of premium economy travel among business travelers and frequent flyers.

Business Class

The business class segment contributes about 25% to the commercial aircraft in-seat power system market. Business travelers demand high-quality power connectivity to support laptops, smartphones, and other electronic devices during flights. Airlines are investing in integrated charging solutions, universal power outlets, and wireless charging features in business class seats to enhance the passenger experience. The growing focus on premium cabin upgrades and improved onboard productivity is fueling strong demand in this segment.

First Class

The first class segment holds approximately 10% share of the commercial aircraft in-seat power system market. First class passengers expect the highest level of personalization and premium comfort, making advanced in-seat power systems a standard feature. Airlines are equipping first class cabins with multi-device charging options, high-capacity power outlets, USB-C ports, and even wireless charging pads. The demand for luxury travel experiences and premium cabin differentiation continues to drive adoption of cutting-edge power solutions in first class seating.

Commercial Aircraft In-seat Power System Market, Segmentation by Air Craft Type

The Commercial Aircraft In-seat Power System Market has been segmented by Air Craft Type into Narrowbody, Widebody, Very-Large Aircraft, Regional Transport Aircraft, Fighter Jet, Helicopter, and Others.

Narrowbody

The narrowbody segment dominates the commercial aircraft in-seat power system market, accounting for approximately 45%. The rising demand for short-haul flights and the increasing adoption of low-cost carriers are driving the installation of in-seat power systems in narrowbody aircraft. Airlines are focusing on enhancing passenger comfort and supporting personal electronic devices with USB charging ports and AC outlets across economy and premium economy cabins in this segment.

Widebody

The widebody segment contributes around 30% to the commercial aircraft in-seat power system market. Widebody aircraft are primarily used for long-haul international travel, where passenger expectations for power connectivity are higher. Airlines are integrating multi-device charging capabilities, high-speed USB ports, and wireless charging options in premium cabins and increasingly in economy class to enhance the onboard experience.

Very-Large Aircraft

The very-large aircraft segment holds about 5% of the commercial aircraft in-seat power system market. Though production of very-large aircraft has declined in recent years, existing fleets remain important for high-capacity, long-haul routes. Airlines continue to invest in upgrading in-seat power solutions for these aircraft to meet evolving passenger expectations and support modern electronic devices.

Regional Transport Aircraft

The regional transport aircraft segment represents approximately 10% of the commercial aircraft in-seat power system market. With increasing demand for regional connectivity and growing expectations for passenger comfort on short-haul flights, airlines are retrofitting regional aircraft with USB charging ports and power outlets to improve the overall travel experience. Rising competition among regional carriers is further driving adoption of advanced in-seat power systems.

Fighter Jet

The fighter jet segment holds a small but growing share of the commercial aircraft in-seat power system market, contributing about 3%. While combat aircraft have traditionally prioritized mission-critical systems, increasing integration of advanced avionics and pilot support systems is driving the need for reliable in-seat power capabilities to support navigation and communication devices.

Helicopter

The helicopter segment accounts for nearly 5% of the commercial aircraft in-seat power system market. Demand is being driven by applications in VIP transport, corporate travel, and offshore operations, where passengers expect enhanced comfort features. The integration of USB charging ports and AC power outlets in modern commercial helicopters is becoming increasingly common to meet passenger needs.

Others

The others segment contributes about 2% to the commercial aircraft in-seat power system market. This category includes special mission aircraft, cargo planes with passenger modules, and various customized aviation platforms where in-seat power solutions are being installed to support crew members and occasional passengers. Demand in this segment is primarily driven by niche applications and the need for high-reliability power systems.

Commercial Aircraft In-seat Power System Market, Segmentation by Mode of Sales

The Commercial Aircraft In-seat Power System Market has been segmented by Mode Of Sales into OEM and Aftermarket.

OEM

The OEM segment dominates the commercial aircraft in-seat power system market, accounting for approximately 65%. Rising demand for new aircraft deliveries and increasing focus on factory-installed in-seat power systems are driving this segment. Airlines are specifying advanced power solutions as part of initial aircraft configurations to meet growing passenger expectations for device charging and in-flight connectivity. Collaborations between aircraft manufacturers and power system suppliers further support strong demand for OEM installations.

Aftermarket

The aftermarket segment holds about 35% of the commercial aircraft in-seat power system market. The need to upgrade legacy aircraft fleets with modern power outlets and USB charging ports is driving growth in this segment. Airlines are investing in retrofit programs to enhance passenger experience and remain competitive in an increasingly connected travel market. Demand is further supported by evolving airline cabin upgrade cycles and the trend toward modular power system upgrades for flexible, cost-effective enhancements.

Commercial Aircraft In-seat Power System Market, Segmentation by Application

The Commercial Aircraft In-seat Power System Market has been segmented by Application into B2B and B2C.

B2B

The B2B segment leads the commercial aircraft in-seat power system market, accounting for approximately 75%. This segment primarily includes aircraft manufacturers, airline operators, and maintenance, repair, and overhaul (MRO) providers. Rising demand for fleet modernization, retrofit programs, and factory-installed in-seat power systems is driving strong growth in the B2B space. Strategic partnerships between OEMs and power system suppliers are further accelerating adoption of advanced power solutions in both new and existing aircraft fleets.

B2C

The B2C segment represents about 25% of the commercial aircraft in-seat power system market. This segment is driven by rising passenger demand for personalized power solutions and enhanced in-flight charging capabilities. Increasing popularity of premium cabin experiences and the growing expectation for seamless device charging across all seating classes are fueling demand. Airlines are responding by offering passenger-centric upgrades and promoting enhanced in-seat power features as a key differentiator in the customer experience.

Commercial Aircraft In-seat Power System Market, Segmentation by Geography

In this report, the Commercial Aircraft In-seat Power System Market has been segmented by Geography into five regions; North America, Europe, Asia Pacific, Middle East and Africa and Latin America.

Commercial Aircraft In-seat Power System Market Share (%), by Geographical Region

North America

North America leads the commercial aircraft in-seat power system market, contributing approximately 35% of total market share. The region benefits from a large and modern aircraft fleet, high demand for premium cabin experiences, and widespread installation of advanced in-seat power systems. Airlines in North America are investing heavily in fleet modernization and retrofit programs to meet growing passenger expectations for device charging and in-flight connectivity.

Europe

Europe holds around 25% share of the commercial aircraft in-seat power system market. The region is witnessing robust growth driven by strict regulatory standards on passenger comfort and rising demand for enhanced cabin features. Airlines across Europe are adopting high-speed USB ports, AC power outlets, and wireless charging solutions to stay competitive and offer a superior travel experience in both economy and premium cabins.

Asia Pacific

Asia Pacific accounts for approximately 20% of the commercial aircraft in-seat power system market and is poised for significant growth. The region’s rapidly expanding air travel industry, growing presence of low-cost carriers, and rising expectations for passenger amenities are fueling demand for in-seat power solutions. Airlines in countries like China and India are aggressively pursuing fleet expansion and cabin upgrades to enhance passenger satisfaction and meet evolving market trends.

Middle East and Africa

The Middle East and Africa region contributes nearly 10% to the commercial aircraft in-seat power system market. Middle Eastern airlines are known for offering luxury travel experiences and are at the forefront of adopting advanced cabin technologies, including state-of-the-art in-seat power systems. The region’s growing investments in widebody aircraft and premium cabins are driving steady demand for sophisticated passenger power solutions.

Latin America

Latin America holds about 10% share of the commercial aircraft in-seat power system market. The region is witnessing increasing demand for regional connectivity and short-haul flights, prompting airlines to focus on enhancing cabin comfort. Investments in fleet modernization and growing competition among regional airlines are driving the adoption of USB charging ports and power outlets across various aircraft types to improve the overall passenger experience.

This report provides an in depth analysis of various factors that impact the dynamics of Commercial Aircraft In-seat Power System Market. These factors include; Market Drivers, Restraints and Opportunities Analysis.

Drivers, Restraints and Opportunity Analysis

Drivers

• Rising Air Travel Demand
• Stringent Environmental Regulations
• Fleet Modernization Programs

• Innovative Propulsion Concepts - The shift toward innovative propulsion concepts—from hybrid-electric to hydrogen-ready engines—is pushing airlines to rethink every onboard system, including how passengers charge devices. New electrical architectures demand lighter, smarter in-seat power modules that match higher voltage standards and tighter weight targets.

  Cabin designers now treat reliable power access as a core element of the travel experience, especially in premium cabins where USB-C, AC outlets, and wireless pads influence ticket selection. Aligning seat-back upgrades with cleaner propulsion programs lets carriers market a fully modernized aircraft, boosting both sustainability and passenger satisfaction.

  Because advanced propulsion often frees up electrical headroom, airlines can install richer amenity suites without sacrificing range. This synergy is accelerating retrofit orders for power units that save fuel through reduced mass yet deliver higher output per seat.

  As manufacturers roll out next-generation narrow-bodies and regional jets, demand for adaptable, propulsion-compatible in-seat power systems is set to climb, reinforcing this growth driver across the fleet lifecycle.

Restraints

• Regulatory Compliance Challenges
• Complex certification and compliance process
• Added weight affecting fuel efficiency

• Long Development Cycles - The market’s biggest brake remains the long development cycle baked into commercial aviation. Certifying a new in-seat power unit can take years, as hardware must survive vibration, thermal extremes, and electromagnetic tests before regulators sign off.

  Airlines typically synchronize cabin changes with major fleet overhaul windows, so even cutting-edge power solutions wait on airframe refresh schedules that stretch five to ten years. This lag slows revenue for suppliers and discourages rapid iteration.

  Certification costs also deter newcomers; every connector, cable, and circuit board must meet strict burn and toxicity rules, creating high barriers to entry. Smaller innovators often pivot away when they confront the timeline and expense.

  Until approval pathways shorten or modular certification frameworks emerge, development drag will continue limiting how quickly advanced in-seat power can reach the cabin floor.

Oppportunities

• Shift toward USB-C and wireless charging
• Collaborations with tech companies for innovation
• Next-gen aircraft designs enabling integration

• Urban Air Mobility (UAM) - The rise of urban air mobility (UAM)—electric air taxis and short-hop regional craft—opens a fresh frontier for compact, energy-efficient cabin power. Even on ten-minute hops, travelers expect to top up phones or tablets, making miniaturized charging solutions a baseline requirement.

  UAM cabins favor lightweight, plug-and-play components that preserve payload and range. Suppliers able to deliver ultra-light USB-C PD modules and wireless pads that snap into modular seats will gain early traction as operators race for certification.

  Because many UAM designs use 800-volt propulsion stacks, seat power hardware must tolerate higher bus voltages and tight thermal envelopes. Firms that solve these integration challenges first can lock in exclusive design wins with multiple OEMs.

  With city-pair networks projected to scale rapidly in Asia, Europe, and North America, the UAM segment promises a high-growth adjunct to traditional airliner programs, injecting new momentum into the in-seat power market.

Key players in Commercial Aircraft In-seat Power System Market include:

• Astronics Corporation
• Burrana Pty Ltd
• GVH Aerospace Ltd
• Inflight Canada Inc
• KID-Systeme GmbH
• Imagik International Corp
• Astrodyne TDI Corporation
• IFPL Group Limited
• Mid-Continent Instrument Co. Inc

In this report, the profile of each market player provides following information:

• Company Overview and Product Portfolio
• Market Share Analysis
• Key Developments
• Financial Overview
• Strategies
• Company SWOT Analysis