PRECISION AGRICULTURE
DA8000 AGRIFLOW
Spraying, spreading and crop-intelligence platform with configurable sensing and mission payloads.
Concept / target specifications subject to engineering validation.DAES SPACE
Engineering a More
Capable Tomorrow.
Autonomous systems, aerospace communications, orbital technology, power systems and advanced manufacturing — engineered as one mission-ready technology ecosystem.
DAES SPACE TECHNOLOGY STACK
From vehicle autonomy to spacecraft subsystems.
Configurable platforms are engineered and validated against mission, interface, environmental and regulatory requirements.
01Autonomous SystemsAerial · Maritime · Mission Systems
02Aerospace SystemsFlightCore · NavCore · SkyLink · MeshLink · GroundCore
03Orbital SystemsOrbitWheel · OrbitControl
04Power SystemsOrbitPower · PowerCore · EPS / PCDU
05Advanced ManufacturingOrbitForm · Metal Additive Manufacturing
AUTONOMOUS SYSTEMS
Mission-built platforms across air and sea.
DAES integrates vehicle platforms, avionics, sensing, communications and command systems into a common autonomous-operations architecture.
LOGISTICS + CIVILIAN FIRE RESPONSE
DA7000 CARGOLIFT / FIRELIFT
Heavy-lift cargo and approved civilian fire-response configurations with modular mission payloads.
Non-weaponized mission configuration.
INFRASTRUCTURE INSPECTION
DA4000 INFRASIGHT
Optical, thermal, LiDAR, radar and specialist spectral payload integration for repeatable inspection.
UNARMED PATROL + MONITORING
DA5000 SENTINEL
Long-endurance non-weaponized monitoring platform for lawful public-safety and security operations.
MARITIME AUTONOMY
From coastal persistence to inter-island logistics.
SENTRY, ATLAS and PELAGIC cover compact monitoring, fast response, logistics and long-endurance maritime missions under a common autonomy architecture.
FAST RESPONSE
SENTRY 9X
High-speed autonomous response platform for time-critical coastal missions.
COMPACT PATROL
SENTRY 4E
Compact electric monitoring platform for harbor and confined-water operations.
AUTONOMOUS LOGISTICS
ATLAS 24
Heavy inter-island logistics platform for sustained cargo movement and disaster response.
AEROSPACE SYSTEMS
Flight, navigation, communications and command.
DAES aerospace subsystems form a configurable avionics and mission stack that can be integrated across unmanned and autonomous air platforms.
AUTONOMOUS FLIGHT
DAES FlightCore
Modular flight-control architecture integrating vehicle control, navigation inputs, mission logic and payload interfaces.
NAVIGATION
DAES NavCore
IMU / AHRS navigation platform for inertial sensing, attitude estimation and navigation-data integration.
AEROSPACE COMMUNICATIONS
DAES SkyLink
UAV data-link platform for command, control, telemetry, payload data and air-to-ground communications.
MULTI-NODE NETWORKING
DAES MeshLink
MESH communications architecture connecting airborne, ground, maritime and control-station nodes.
GROUND CONTROL
DAES GroundCore
Mission planning, vehicle telemetry, payload monitoring and communications management in one operator environment.
ORBITAL SYSTEMS
Precision spacecraft attitude control.
DAES orbital technologies combine reaction-wheel actuation, sensing, control logic and spacecraft interfaces into configurable ADCS / AOCS architectures.
ORBITAL ATTITUDE CONTROL
DAES OrbitWheel
Satellite reaction-wheel actuator platform supporting precision pointing and three-axis attitude-control architectures.
4.0 Nmsnominal angular momentum target±6000 rpmrated-speed target28 V classspacecraft-bus target
Preliminary commercial targets; final environmental limits, lifetime and qualification are program-specific.
SATELLITE AOCS / ADCS
DAES OrbitControl
Integrated attitude-control platform bringing together reaction-wheel management, navigation sensors, data fusion and actuator interfaces.
- OrbitWheel integration
- IMU / sun sensor / star-tracker interfaces
- Magnetorquer and actuator framework
- Guidance, navigation and control software integration
AEROSPACE & SPACE POWER SYSTEMS
Power architecture for aircraft and spacecraft.
DAES power systems are positioned as configurable electrical-power platforms for aerospace and space applications. Final bus voltage, power level, redundancy, thermal limits, interfaces and qualification are defined by each mission program.
DAES OrbitPower
Satellite electrical-power architecture integrating conditioning, distribution, monitoring, protection and subsystem power interfaces.
DAES PowerCore
Configurable power-management platform for autonomous aircraft, avionics and mission payloads.
DAES AeroBattery
Mission-configurable aviation battery platform for propulsion support, avionics, payload power and resilient onboard electrical architectures.
Cell chemistry, voltage, energy, discharge rate, thermal design and qualification are defined by each aircraft program.
EPSPCDUBattery SystemSolar InterfacePower ConversionProtection & Monitoring
ADVANCED MANUFACTURING
DAES OrbitForm
Aerospace Metal Additive Manufacturing
OrbitForm focuses on complex metal structures and components for spacecraft, satellites and advanced aerospace applications, combining design-for-additive-manufacturing with process integration, post-processing and qualification support.
MISSION SYSTEMS
One operator environment across mixed fleets.
GroundCore, data links, MESH communications, autonomy and payload data can be consolidated into a mission layer for coordinated air, maritime and ground operations.
- Mission planning and live operating picture
- Command, telemetry and payload-data transport
- Multi-node communications and relay
- Role-based access and audit-ready reporting
- Human oversight and mission governance
PROGRAM DEPLOYMENT
Define the mission. Engineer the interfaces. Validate the system.
DAES SPACE technologies are configured against program requirements and move through engineering baseline, integration, prototype or qualification testing, acceptance and lifecycle support.
CONTACT DAES SPACE
Start a program inquiry.
Tell us what you are building, the mission environment and the capability you need. Our team will route your inquiry to the appropriate DAES SPACE technology group.
01Define the missionPlatform, subsystem, integration or technology requirement.
02Align the engineering scopeInterfaces, environment, deployment model and validation path.
03Move to program discussionTechnical review, commercial structure and next-step coordination.