1X Aerospace

1X designs, engineers, and supplies complete aerospace systems and the critical components that enable them. From full unmanned aerial platforms and robotic inspection systems to precision electromechanical actuators, electrical and electronic equipment, ground support equipment, and the high-reliability interconnect that ties every system together, 1X delivers engineered solutions for defense, commercial aviation, space, and advanced air mobility programs.

Every system is built around the same foundation of high-performance wire, cable, connectors, and electromechanical assemblies that 1X has manufactured and distributed since 2015. This vertical approach allows 1X to control quality, lead time, and configuration from the individual conductor through the finished platform.

1X supports programs with NASA, the U.S. Army, the U.S. Navy, and major aerospace primes. As a registered government contractor (CAGE Code 8JU94), 1X supplies both standard and fully custom configurations with full material traceability, test documentation, and program support.

Unmanned Aerial Systems and Drone Platforms

1X supplies complete unmanned aerial systems engineered for defense, commercial, and industrial missions. Platforms range from compact nano and micro systems for confined-space and indoor operations to larger modular airframes capable of carrying multi-sensor payloads for intelligence, surveillance, and reconnaissance.

Configurations include coaxial and multirotor architectures optimized for stability in wind and confined environments, as well as modular designs that accept quick-change payloads. Typical mission sets include:

• Tactical ISR and perimeter security
• Infrastructure and asset inspection (power lines, pipelines, bridges, and industrial facilities)
• Confined-space and indoor mapping
• Payload delivery and resupply
• Environmental and agricultural survey

Systems are available with Modular Open Systems Architecture (MOSA) interfaces so that sensors, communications packages, and compute modules can be swapped without airframe redesign. 1X integrates the power distribution, data harnesses, and electromechanical actuators required for each payload, ensuring the electrical system is matched to the airframe rather than adapted after the fact.

Endurance, payload capacity, and environmental ratings are defined to the mission. Platforms can be configured for extended flight time with optimized power systems, higher payload fractions for multi-sensor suites, or ruggedized construction for maritime, desert, or high-altitude operations. All systems are supported with the interconnect, spare components, and documentation required for field maintenance and program sustainment.

Electromechanical Actuators and Motion Control

Precision electromechanical actuators form the core of flight control, payload pointing, landing gear, and utility functions across manned and unmanned platforms. 1X supplies linear and rotary actuators engineered for aerospace duty cycles, including redundant architectures for flight-critical applications.

Offerings include:

• Linear actuators for control surfaces, cargo doors, and landing gear
• Rotary actuators and servo motors for gimbals, sensor pointing, and thrust vectoring
• High-torque, low-backlash units for precision positioning
• Redundant and fail-operational designs for safety-critical functions
• Custom stroke, force, speed, and mounting configurations

Actuators are paired with the matching power and signal harnesses, position feedback sensors, and control electronics. This integrated approach ensures that the mechanical, electrical, and control elements are validated together. Units can be supplied for new production or as form-fit-function replacements for existing platforms, with full traceability to material and process specifications.

For unmanned systems, 1X provides compact, high-response servos and actuators sized for the weight and power constraints of small and medium UAS while retaining the reliability standards required for defense and commercial operations.

Electrical and Electronic Equipment (EEE)

1X supplies the electrical and electronic equipment that manages power, navigation, sensing, and data across aerospace platforms. Systems are engineered for the radiation, thermal, vibration, and electromagnetic environments of aviation and space applications.

Core EEE offerings include:

• Power distribution units and solid-state power controllers
• Battery management and energy storage electronics
• Guidance, navigation, and control (GNC) components and interfaces
• Position, navigation, and timing (PNT) modules
• Sensor interface and data acquisition electronics
• Radiation-tolerant and radiation-hardened options for space and high-altitude missions

These systems are designed to integrate directly with 1X interconnect and actuator products. Power architectures can be centralized or distributed, with configurable voltage rails, current limiting, and fault isolation. For space and high-reliability programs, components and assemblies are available with the material traceability, lot control, and screening required by NASA and defense specifications.

1X also supplies complete avionics support equipment and the harnesses that connect line-replaceable units, ensuring that the electrical definition of the platform remains consistent from design through sustainment.

Ground Support Equipment and Test Systems

Reliable ground support equipment is essential for aircraft and spacecraft maintenance, integration, and test. 1X designs and supplies electrical ground support equipment (EGSE), special checkout equipment (SCOE), and automated test systems tailored to platform requirements.

Capabilities include:

• Power and signal simulation for avionics and subsystems
• Automated functional test sets for line-replaceable units
• Harness and continuity test systems
• Environmental and stress screening interfaces
• Portable and fixed maintenance support equipment

Systems can be configured for production-line use, depot-level repair, or field deployment. When a program requires robotic inspection or automated handling, 1X integrates multi-axis robotic platforms with the necessary end-effectors, vision systems, and safety interlocks. These robotic cells use the same actuator, control, and interconnect technologies supplied for flight systems, reducing the number of unique component families a program must support.

All ground support equipment is delivered with operating procedures, calibration records, and interface control documentation matched to the target platform.

Precision Hardware and Build-to-Print Components

Beyond complete systems, 1X manufactures and distributes precision aerospace hardware to customer drawings and specifications. This includes structural and electromechanical components that must meet NAS, MS, AS, and program-unique requirements.

Typical hardware includes:

• Custom brackets, mounts, and interface plates
• Precision-machined actuator and sensor housings
• Build-to-print electromechanical assemblies
• Specialized fasteners and installation hardware when supplied as part of a larger assembly

Components are produced with full material certification and process traceability. 1X supports both low-rate initial production and higher-volume sustainment, with the ability to incorporate design changes quickly while maintaining configuration control.

This hardware capability complements the systems offerings above. A program can source the actuator, its mating harness, the structural mount, and the ground test adapter from a single supplier, with consistent quality and documentation standards across all elements.

Program Support and Integration

1X functions as both a manufacturer and an integrator. For customers who require a complete subsystem rather than individual components, 1X performs the electrical and mechanical integration, conducts the required acceptance testing, and delivers a documented, ready-to-install assembly.

This model is particularly valuable for:

• Unmanned systems that need a fully integrated power, actuation, and payload electrical system
• Retrofit and upgrade programs that must maintain form-fit-function while improving reliability or adding capability
• International and commercial programs that benefit from a single point of responsibility for the electrical and electromechanical content

Because 1X controls the interconnect design and manufacturing, changes to wire type, shielding, connector selection, or routing can be implemented without the delays associated with multiple suppliers. The same engineering team that defines the harness also supports the actuator and electronics interfaces, reducing integration risk.

All delivered systems include the configuration records, test data, and material traceability required for airworthiness, spaceflight, or defense program acceptance.

Contact sales@1xtechnologies.com to discuss platform requirements, custom configurations, or program support.

Aerospace Electronics, Displays, and Computing Systems

1X supplies aerospace electronics that provide the human-machine interface, local processing, and sensor integration required on modern platforms. These systems range from compact display and control units for unmanned and optionally piloted vehicles to full computing and audio solutions for crewed aircraft and ground stations.

Display and computing offerings include ruggedized multifunction displays, primary flight and mission displays, and head-down or helmet-compatible interfaces. Units are available with sunlight-readable panels, night-vision compatibility, and configurable bezel and control layouts. Processing platforms support real-time operating environments and can host mission software, sensor fusion, or autonomy functions while maintaining deterministic performance under vibration and thermal stress.

Audio and communication electronics cover active noise-reduction headsets, intercom systems, and warning-tone generators. These are engineered for the high-noise environments of rotorcraft, fast jets, and ground support operations, with options for integration into existing aircraft audio management systems.

For programs requiring edge processing or AI-enabled functions, 1X provides computing modules and sensor interface electronics that perform local inference, data reduction, or health monitoring. These modules are paired with the appropriate power conditioning and interconnect so that the processing element, its sensors, and its data paths are validated as a single assembly. Radiation-tolerant variants and screened commercial components are available for high-altitude and space applications.

All electronics are supported with the matching harnesses, power supplies, and installation hardware. This ensures that display brightness control, audio levels, processor thermal management, and electromagnetic compatibility are addressed at the system level rather than left to downstream integration.

Full Robotic Systems for Aerospace Operations

1X designs and supplies complete robotic systems for aerospace manufacturing, maintenance, inspection, and ground operations. These platforms extend from precision multi-axis arms used in assembly and composite layup to mobile and quadruped systems for airframe inspection and facility security.

Robotic offerings include:

• Multi-axis industrial arms configured for drilling, fastening, sealing, and inspection tasks inside airframes or on production tooling
• Mobile robotic platforms and quadrupeds for external airframe inspection, foreign-object detection, and hangar or flight-line patrol
• Custom end-effectors and tooling interfaces matched to aerospace fasteners, sealants, and non-destructive inspection sensors
• Integrated vision and force-control packages for adaptive operations on complex geometries

Each robotic system is built on 1X electromechanical actuators, control electronics, and high-flex interconnect. This common component base simplifies spare-parts provisioning and allows the same engineering team to support both the robot and any associated unmanned aerial or ground vehicles used on the same program.

Systems can be delivered as standalone cells or as elements within a larger automated line. Safety-rated controls, collaborative operating modes, and full risk assessments are included according to the installation requirements. For customers who already operate 1X unmanned systems, the robotic platforms can share common ground control interfaces, data formats, and maintenance procedures.

Propulsion, Power Systems, and Energy Management

Modern aerospace platforms—particularly unmanned systems, electric vertical-takeoff-and-landing aircraft, and hybrid-electric demonstrators—depend on high-performance electric propulsion and power management. 1X supplies the motors, electronic speed controllers, power distribution, and energy storage interfaces required for these architectures.

Propulsion and power offerings include:

• Electric motors and motor controllers sized for multirotor, fixed-wing, and distributed propulsion configurations
• High-efficiency electronic speed controllers with regenerative and fault-tolerant operating modes
• Power distribution units that provide multiple protected voltage rails, current monitoring, and solid-state switching
• Battery interface and management electronics compatible with high-energy-density packs
• Hybrid-electric power system elements, including generator control and bus-tie equipment

Systems are engineered for the power density, thermal, and reliability requirements of flight. Redundant power paths, isolated domains, and configurable fault responses can be implemented according to the safety assessment of the platform. For high-altitude and long-endurance missions, power architectures are optimized for efficiency across the expected operating envelope.

1X integrates these power elements with the airframe harnesses, actuator supplies, and avionics buses so that the complete electrical system—from energy source to end load—is defined and tested together. This approach is especially valuable on clean-sheet unmanned and advanced air mobility programs where the propulsion, flight control, and mission systems must share a common power and data architecture.

Aerospace Interconnect, Wire, Cable, and Harness Systems

High-reliability interconnect is the element that enables every system described above. 1X manufactures and supplies aerospace wire, cable, and complete harness assemblies to the specifications required for flight, space, and ground support applications.

Product families include:

• Airframe and engine-zone wire conforming to AS22759, AS81044, and related military specifications
• High-flex and high-temperature cables for actuators, sensors, and moving installations
• Shielded and controlled-impedance constructions for data, video, and RF
• Fire-zone and radiation-resistant constructions for engine, auxiliary power unit, and space environments
• Complete wire harness assemblies with connectorization, shielding, overbraid, marking, and environmental sealing

Harnesses are designed and built to customer interface control documents or to 1X-generated designs when the program requires engineering support. Processes follow NASA-STD-8739.4 and equivalent aerospace workmanship standards. Every assembly is supplied with full material traceability, crimp and pull-test records where applicable, and acceptance test data.

Because 1X produces both the interconnect and many of the electromechanical and electronic assemblies it connects, changes to conductor type, shielding, connector selection, or routing can be implemented rapidly while maintaining configuration control. The same quality system and documentation standards apply whether the deliverable is a single harness or a fully integrated unmanned system, robotic cell, or propulsion power distribution assembly.

This interconnect capability underpins the entire 1X aerospace portfolio. Actuators, electronics, robotic systems, and propulsion equipment are all delivered with matching harnesses engineered and manufactured under the same controls, giving programs a single source for the electrical definition of the platform.

Summary of 1X Aerospace Capabilities

1X supplies complete unmanned aerial systems, precision electromechanical actuators, aerospace electronics and computing, full robotic platforms for manufacturing and inspection, electric propulsion and power management equipment, and the high-reliability interconnect that integrates all of these elements. Systems are engineered for defense, commercial aviation, space, and advanced air mobility programs and are supported by the material traceability, test documentation, and configuration control required for certification and sustainment.

As a registered government contractor, 1X works directly with NASA, the U.S. Army, the U.S. Navy, and aerospace primes. Custom configurations, build-to-print hardware, and full system integration are available with lead times and minimum order quantities structured for both development and production programs.

Contact sales@1xtechnologies.com to discuss requirements for unmanned systems, actuators, electronics, robotic platforms, propulsion equipment, or aerospace interconnect.

Integration with Major Aerospace Programs and Primes

1X systems and components are engineered to integrate into platforms developed by major aerospace primes and government agencies. The company supports both new development programs and sustainment of existing fleets by supplying equipment that meets established interface, environmental, and documentation requirements.

Typical integration activities include:

• Supply of actuators, power distribution, and harnesses that match existing form-fit-function interfaces on production aircraft and spacecraft
• Development of complete unmanned system electrical architectures that align with prime contractor avionics and mission system standards
• Provision of ground support and robotic inspection equipment that interfaces with airframe tooling and maintenance data systems already in use
• Delivery of propulsion and energy management electronics for hybrid-electric and advanced air mobility demonstrators working alongside established engine and airframe manufacturers

Because 1X controls the design and manufacture of the interconnect, changes requested by a prime’s systems engineering team—altered shielding, different connector families, revised routing, or added test points—can be incorporated without multi-supplier coordination delays. The same engineering group that supports the harness also supports the actuator, electronics, and robotic interfaces, providing a single technical point of contact.

1X maintains the configuration management and traceability practices expected by primes and government customers. This includes serialization, lot traceability, first-article inspection when required, and the ability to support engineering change proposals through production.

Compliance, Traceability, and Quality Systems

All 1X aerospace products are produced under quality systems aligned with the expectations of defense, commercial aviation, and space customers. Material and process traceability is maintained from raw conductor and component through final assembly and test.

Key elements include:

• Full material certification and lot traceability for wire, cable, connectors, and electromechanical components
• Workmanship performed to NASA-STD-8739.4 and equivalent aerospace standards
• Acceptance testing with recorded results for continuity, insulation resistance, and functional performance as applicable
• Configuration control and as-built documentation for every delivered harness, actuator assembly, electronics unit, and integrated system
• Support for customer source inspection, first-article inspection, and program-specific quality clauses

For space and high-reliability programs, additional screening, radiation assessment support, and extended documentation packages are available. Government programs benefit from 1X’s status as a registered contractor (CAGE Code 8JU94), enabling direct supply under applicable acquisition regulations.

These practices apply uniformly whether the deliverable is a single build-to-print harness, a custom actuator, a complete unmanned aerial system, or a robotic inspection cell. Customers receive consistent documentation quality across the entire scope of supply.

Sustainment, Spares, and Long-Term Support

Aerospace platforms remain in service for decades. 1X structures its offerings to support both initial production and long-term sustainment.

Sustainment capabilities include:

• Ongoing production of harnesses, actuators, and electronics to original or updated configurations
• Spare component and subassembly provisioning with the same traceability as original equipment
• Repair and overhaul support for electromechanical and electronic assemblies when economical
• Engineering assistance for obsolescence management and form-fit-function redesigns
• Technical data packages that enable customer or third-party maintenance while preserving configuration control

Because many 1X products share common actuator, interconnect, and electronics building blocks across unmanned systems, robotic platforms, and ground support equipment, spares inventories can be consolidated. A program that operates both flight vehicles and automated inspection cells can often support both with overlapping component families.

Lead times and minimum order quantities are managed to accommodate the low-rate, long-duration nature of sustainment demand as well as higher-rate production.

Custom Engineering and Rapid Configuration

Not every requirement fits a standard catalog item. 1X provides engineering support to define, prototype, and produce custom configurations across its aerospace portfolio.

Engineering services include:

• Electrical system architecture and harness design from interface control documents or vehicle-level requirements
• Actuator sizing, redundancy architecture, and environmental qualification planning
• Integration of sensors, computing modules, and power electronics into unmanned or robotic platforms
• Adaptation of ground support and test equipment to new or modified airframes
• Build-to-print manufacturing of precision hardware and electromechanical assemblies

The same vertical manufacturing capability that produces the wire and cable also produces or integrates the higher-level assemblies. This shortens the loop between design change and hardware availability. Prototype harnesses, actuator modifications, or electronics packaging changes can be turned quickly, then transitioned to production under the same quality system.

Customers may engage 1X for a complete subsystem—power distribution, actuation, and interconnect for an unmanned platform, for example—or for individual elements that must interface with equipment from other suppliers. In either case, the delivered hardware includes the documentation and traceability required for the next level of integration or certification.

Complete Aerospace Electrical and Electromechanical Solutions

The 1X aerospace portfolio is built so that programs can obtain the electrical and electromechanical content of a platform from a single source. Unmanned aerial systems, precision actuators, aerospace electronics and displays, robotic manufacturing and inspection cells, electric propulsion and power management equipment, and the high-reliability interconnect that joins them are all engineered and supported under one quality and configuration system.

This approach reduces interface risk, consolidates documentation, and provides a consistent technical point of contact from development through sustainment. Whether the need is a fully integrated unmanned system, a set of flight-control actuators with matching harnesses, a robotic inspection cell for a production line, ground support equipment for a new airframe, or build-to-print hardware to an existing drawing, 1X supplies the equipment with the traceability and program support expected in aerospace.

1X works with NASA, the U.S. Army, the U.S. Navy, and major aerospace companies on both development and production programs. Custom configurations and full system integration are available alongside standard and build-to-print components.

Contact sales@1xtechnologies.com to discuss requirements for any element of the 1X aerospace portfolio.

Applications Across Defense, Commercial, and Space Programs

1X equipment is applied across the full range of aerospace operating environments. The same core technologies—precision actuation, high-reliability interconnect, power electronics, and integrated unmanned or robotic platforms—are configured differently according to the mission, certification basis, and sustainment model of each program.

In defense applications, systems support tactical unmanned aerial vehicles used for intelligence, surveillance, and reconnaissance, as well as the ground control, maintenance, and training equipment that accompanies them. Actuators and harnesses are supplied for both new production and fleet upgrades on rotorcraft and fixed-wing platforms. Robotic inspection cells and mobile platforms assist with airframe maintenance and foreign-object detection on flight lines and in hangars. All defense deliverables are supported by the configuration control and traceability required for military programs, and 1X’s status as a registered government contractor facilitates direct supply.

Commercial aviation programs use 1X components for both line-fit and retrofit applications. Precision actuators and their matching harnesses appear in secondary flight controls, cargo systems, and utility functions. Ground support equipment and automated test sets reduce maintenance downtime. For emerging advanced air mobility and hybrid-electric demonstrators, 1X supplies the electric propulsion interfaces, power distribution, and high-flex interconnect needed to move from prototype to production intent.

Space and high-altitude programs rely on 1X for radiation-tolerant electronics options, specialized harness constructions, and electromechanical assemblies that must operate in vacuum and extreme thermal conditions. Ground support and special checkout equipment for spacecraft integration are engineered to the same workmanship standards applied to flight hardware. Traceability and documentation packages are structured to support the acceptance processes of NASA and commercial space customers.

Across all three domains, the ability to supply both the higher-level system and the interconnect that enables it allows programs to maintain a consistent electrical architecture from development through decades of sustainment.

Standards, Specifications, and Workmanship

1X aerospace products are manufactured and tested to the standards and specifications commonly required by defense, commercial, and space customers. Wire and cable constructions follow AS22759, AS81044, M27500, and related military specifications, with additional options for fire-zone, high-temperature, and radiation-resistant applications. Connectorization, shielding, marking, and environmental sealing are performed to established aerospace practices.

Electromechanical and electronic assemblies are built to customer-furnished specifications or to 1X-generated designs that incorporate the environmental, electromagnetic, and reliability requirements of the target platform. Workmanship on harnesses and electronic assemblies follows NASA-STD-8739.4 and equivalent standards. Where programs require additional screening, lot acceptance testing, or first-article inspection, these activities are planned and documented as part of the production process.

For space and high-reliability hardware, material traceability, serialization, and process records are maintained at the level needed for customer acceptance. Ground support equipment is supplied with calibration and functional test records appropriate to its use in maintenance or integration environments.

These practices are applied uniformly. A harness delivered for a tactical unmanned system, an actuator supplied for a commercial aircraft retrofit, and a robotic cell installed on a production line are all supported by documentation generated under the same quality system.

Global Supply and Program Flexibility

1X supports aerospace customers worldwide. While the majority of wire, cable, and many electromechanical assemblies are produced in the United States, selected components and subassemblies can be sourced or manufactured through qualified international partners when program requirements, cost, or schedule make that approach advantageous. In all cases, configuration control, material traceability, and acceptance testing remain under 1X oversight so that the delivered hardware meets the same standards regardless of production location.

This flexibility is useful for international programs, offset requirements, or situations in which a customer needs hardware that interfaces with both U.S. and non-U.S. platform elements. Lead times and minimum order quantities are structured to accommodate development quantities, low-rate initial production, and longer-term sustainment demand.

Engineering support is available to customers regardless of location. Interface definition, harness design, actuator configuration, and system integration can be performed remotely or on-site as the program requires, with the resulting designs released into the same controlled manufacturing process used for all 1X aerospace products.

Value Across the Platform Life Cycle

The 1X aerospace portfolio is structured to deliver value at every stage of a platform’s life.

During development, rapid configuration of actuators, interconnect, electronics, and complete unmanned or robotic systems allows design teams to iterate without long supplier lead times. Prototype hardware is produced under the same traceability practices that will later support production, reducing the transition risk from development to qualification.

In production, consistent documentation, configuration control, and the ability to supply both components and integrated assemblies simplify supply-chain management. A prime or government customer can obtain the electrical and electromechanical content of a subsystem from one source, with one set of quality records.

In sustainment, ongoing production capability, spare provisioning, and engineering support for obsolescence or upgrade keep platforms operational. Shared component families across flight systems, ground equipment, and robotic tools reduce the total number of unique items that must be stocked and managed.

This life-cycle approach is possible because 1X manufactures and integrates the interconnect, actuation, electronics, and higher-level systems under one organization. Changes that affect multiple elements of the architecture can be coordinated internally, and the resulting hardware is delivered with uniform documentation and traceability.

Contact sales@1xtechnologies.com to discuss how 1X aerospace systems and components can support development, production, or sustainment requirements.

Summary of Capabilities

1X provides a unified source for the electrical and electromechanical content of aerospace platforms. The portfolio spans complete unmanned aerial systems, precision electromechanical actuators, aerospace electronics and computing, full robotic systems for manufacturing and inspection, electric propulsion and power management equipment, precision hardware, ground support and test systems, and the high-reliability wire, cable, and harness assemblies that integrate all of these elements.

Each offering is supported by the same quality system, material traceability, and configuration control. Programs can therefore obtain individual components, integrated subsystems, or fully engineered platforms while maintaining consistent documentation and a single technical point of contact from development through sustainment.

Key capability areas include:

• Unmanned aerial systems and drone platforms configured for ISR, inspection, confined-space, and payload missions, with MOSA interfaces and integrated power and data architectures
• Linear and rotary electromechanical actuators, including redundant designs for flight-critical functions, supplied with matching harnesses and control interfaces
• Aerospace electronics encompassing power distribution, displays, computing modules, audio systems, and sensor interfaces, with options for radiation-tolerant applications
• Complete robotic systems for airframe assembly, inspection, and ground operations, built on common actuator and interconnect technologies
• Electric propulsion motors, controllers, power distribution units, and energy management electronics for unmanned and advanced air mobility platforms
• Precision build-to-print hardware and electromechanical assemblies produced to NAS, MS, AS, and program-unique requirements
• Electrical ground support equipment, special checkout equipment, and automated test systems
• Aerospace interconnect and harness assemblies manufactured to AS22759, AS81044, M27500, and NASA-STD-8739.4 workmanship standards

All systems and components are available in standard, modified, and fully custom configurations. Engineering support covers architecture definition, harness design, actuator sizing, system integration, and obsolescence management.

Program and Customer Support

1X supports aerospace customers as both a manufacturer and an integrator. For programs that require a complete subsystem, 1X performs the electrical and mechanical integration, conducts acceptance testing, and delivers a documented assembly ready for the next level of installation. For programs that need only specific elements, 1X supplies those elements with the interface definition and documentation required to mate with equipment from other sources.

As a registered government contractor (CAGE Code 8JU94), 1X supplies equipment directly to U.S. government customers and to primes supporting government programs. The company has delivered hardware and engineering support for NASA, U.S. Army, and U.S. Navy applications, as well as for commercial aerospace customers.

Support activities include:

• Technical interchange and interface definition with prime contractor and government engineering teams
• Configuration management and support for engineering change proposals
• First-article and source inspection coordination
• Sustainment production, spare provisioning, and repair support
• Global delivery with consistent traceability regardless of production location

Lead times and order quantities are structured for development hardware, low-rate initial production, full-rate production, and long-term sustainment.

Documentation and Data Deliverables

Every 1X aerospace deliverable is accompanied by the records needed for acceptance, installation, and sustainment. Standard documentation includes material certifications, configuration records, acceptance test data, and as-built information. Additional data items—interface control drawings, installation procedures, recommended spare lists, or program-specific quality records—are provided according to contract requirements.

Because interconnect, actuation, electronics, and higher-level systems are engineered under one organization, the documentation for a fully integrated unmanned system or robotic cell is generated from the same controlled processes used for individual harnesses or actuators. This consistency simplifies customer review and long-term configuration management.

Engaging 1X for Aerospace Requirements

Programs seeking unmanned systems, actuators, electronics, robotic platforms, propulsion equipment, ground support systems, precision hardware, or aerospace interconnect can engage 1X at any stage from concept through sustainment. Initial discussions typically address mission or functional requirements, environmental constraints, interface needs, certification or quality expectations, and schedule. From that information, 1X defines a technical approach, identifies standard versus custom content, and provides configuration and schedule details.

Custom engineering, build-to-print manufacturing, and full system integration are all within normal scope. The same team that defines the solution also supports production and later sustainment, preserving technical continuity.

1X aerospace equipment is engineered for defense, commercial aviation, space, and advanced air mobility applications. Whether the requirement is a single specialized harness, a set of flight-control actuators, a complete unmanned aerial system, a robotic inspection cell, or the electrical architecture for a new platform, 1X supplies the hardware with the traceability, documentation, and program support expected in aerospace.

Contact sales@1xtechnologies.com to discuss specific requirements or to request technical information on any element of the 1X aerospace portfolio.