Persistent Drone Operations

Laser powered endurance for aerial platforms

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Persisten Drone Operations
Market Need

Battery limits
break continuity

Drones are critical for monitoring and response, but endurance still limits their impact. Battery cycles create coverage gaps when continuous presence is needed most.

  • 01
    Aerial coverage is becoming operational infrastructure
    Critical sites increasingly rely on airborne platforms for monitoring, inspection, situational awareness, and rapid response across areas that are hard to cover from the ground.
  • 02
    Battery endurance creates mission gaps
    Conventional UAV operations depend on rotation fleets, ground crews, charging stations, and planned downtime. The result is lower uptime and higher operating complexity.
  • 03
    Tethers solve endurance, but reduce mobility
    Tethered drones can stay airborne, but their range and maneuverability are limited by the cable. SunCubes keeps power delivery physical, without physically constraining the platform.
Platform Fit

One operational need.
Two integrated platforms

Persistent Drone Operations combines the optical power and tracking layer with an aerial platform designed around continuous operation. Lucy delivers and controls the optical link. Aether carries the receiver architecture required for long endurance aerial monitoring.

SunCubes Lucy optical power and tracking platform
Optical Power Platform
SunCubes Lucy
Ground or vehicle mounted optical power platform. Lucy combines laser transmission, autonomous pointing, beam tracking, diagnostics, and system integration to maintain a stable power link with the aerial receiver.
100 W
Power
3 km
Range
Auto
Tracking
SunCubes Aether
Aerial Platform
SunCubes Aether
SunCubes proprietary drone integrates onboard optical receiver, power conversion architecture, and flight configuration required to operate with SunCubes Lucy, enabling persistent surveillance, monitoring, and inspection missions.
∞
Flight
25 km2
Coverage
990 g
Weight
Mission Inquiry
Configuration Request
Ask for an inquiry
Share your mission profile, site type, carrier platform, operating distance, and endurance target. SunCubes will assess the right Lucy and Aether configuration for static or dynamic deployment.
Key Features

Built for
persistent aerial operations

In-Flight Wireless Power
Laser based energy delivery keeps aerial platforms active during operation, reducing landing cycles, battery swaps, and coverage gaps during long monitoring missions.
Autonomous Beam Tracking
Real-time pointing and feedback based alignment maintain the optical link with the aerial receiver, supporting both fixed site operations and vehicle mounted deployments.
Static or Dynamic Deployment
Lucy can be installed on fixed infrastructure or integrated on boats, patrol vehicles, tactical vehicles, and mobile command units depending on the mission architecture.
Field Ready Integration
Outdoor capable hardware, remote diagnostics, and safety integration support operation in critical infrastructure, public safety, perimeter monitoring, and strategic site environments.
Deployment Architectures

Fixed site or mobile carrier.
Same optical control layer

The same Lucy and Aether configuration can support both static and dynamic operating models. In both cases, the objective is the same, maintain a controlled optical power link to keep the aerial platform active where continuous visibility matters.

Static Deployment
Fixed Transmitter
Static operating sites
Lucy is installed on a fixed position and powers Aether within the operating area. This configuration fits airports, military bases, ports, logistics hubs, industrial facilities, and critical infrastructure sites where persistent aerial monitoring is required from a stable location.
Dynamic Deployment
Vehicle Mounted Transmitter
Dynamic field operations
Lucy is integrated onboard a moving platform and powers Aether while the mission area changes. This configuration fits boats, patrol vehicles, tactical vehicles, mobile command units, and field convoys that require aerial coverage without relying only on onboard drone batteries.
Configuration Logic
System Design
Site specific integration
SunCubes evaluates the operating area, transmitter position, vehicle constraints, line of sight, mission duration, safety conditions, and platform integration requirements to define the right deployment architecture.
Battery or Laser?

Battery cycles end missions.
Laser power does not

Traditional UAV operations are limited by 20–30 minute battery windows and 45–90 minute ground recharge cycles. SunCubes Lucy eliminates both – enabling continuous, uninterrupted aerial operations within the recharging zone.

Flight Endurance Comparison
Parameter Battery Lucy
Max continuous flight 20–30 min Unlimited
Recharge / swap time 45–90 min 0 min
Effective daily coverage 4–8 h/day 24 h/day
Total operational uptime ~30% 100%
Mission Capability
Scenario Battery SunCubes
Persistent ISR Relay required Continuous
Night operations Limited Full 24 h
Perimeter patrol Crew rotations Automated
Crisis response Limited endurance Immediate, sustained
Get Started

Planning a persistent
drone operation?

Share your mission profile, platform, operating area, and endurance target. The SunCubes team will assess whether a static or dynamic Lucy and Aether configuration fits your deployment and provide the relevant technical material.

Contact Us Request Technical Material

Or write directly to business@suncubes.space