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Research & Development That Retires Risk and Delivers Capability

MAXSUR turns high-risk ideas into testable systems—then proves performance through disciplined experiments, prototypes, and field validation.

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Built by pioneers. Proven by delivery.

MAXSUR’s leadership has been pioneering ISR and UAS since the early 90's era—supporting every branch of the U.S. military and collaborating with major defense contractors. We blend mission context with engineering discipline to build systems that program managers can evaluate and transition.

Mission Passion + Engineering Discipline + Innovation Culture

MAXSUR sits at the crossroads of mission-driven operations and advanced engineering. We exist to build the kinds of systems that change outcomes—not in slide decks, but in the field. Our R&D is grounded in real constraints—deployment, sustainment, human workflow, and security—while still pursuing breakthrough performance where it matters most.

  • Science-themed design with beaker, test tube, and bar graph on a black background

    Experimentation & Test Data

    Metrics first. Claims supported by repeatable results.

  • Decorative emblem with gears, a book, and an airplane on a black background

    Prototype & Integration

    Components become systems—built for evaluation, not demos.

  • Circular icon with a map marker, airplane, and interface elements on a black background.

    Field Validation & Transition

    Documentation, training, and sustainment thinking from day one.

A Team Designed for High-Risk R&D

Our research teams include graduate-level investigators with depth across technology, business, and communications—built for rigorous impact assessment, feasibility studies, and clear articulation of why a breakthrough matters. Our engineering bench includes developers whose work spans space exploration to subsea systems, as well as record-setting accomplishments in UAS and long-range operations. The result is a team that can explore, build, and validate—without losing sight of transition realities.

  • Graduate-level research capacity for impact + feasibility
  • Advanced engineering across aerospace, subsea, and ISR systems
  • Rapid prototyping, integration, and field validation discipline
  • Onsite Fabrication & Testing Facilities

More About MAXSUR

Full Research Services

Societal & Mission Impact

With you, we define why the problem matters, what changes if solved, and what success looks like in measurable terms.

Technical Feasibility

We characterize constraints, evaluate architecture options, and create test plans aligned to objective performance metrics.

Strategic Value

We frame operational value without business fluff—tradeoffs, cost drivers, and what performance unlocks.

Transition Pathway

We deliver documentation, training concepts, sustainment considerations, and integration planning aligned to how programs actually deploy.

MAXSUR treats transition as a first-class outcome. Our team brings world-class knowledge transfer and technology enablement informed by thousands of government transactions of goods and services—supporting documentation, training, sustainment concepts, and procurement-aligned delivery models so capability can move beyond prototype stage.

MAXSUR delivers mission-driven R&D that retires risk and proves performance through disciplined experiments, rapid prototyping, system integration, and field validation—advancing ISR and UAS capabilities with clear transition paths.

Proven Breakthroughs from Our Team - A selection of past developments that demonstrate what we build and how we validate performance

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    SEEKER

    Objective: Make EO/IR small UAS affordable and widely deployable for public safety missions—recon, search & rescue, and fugitive recovery.
    What we built: A modular, patrol-car deployable small UAS kit with EO/IR (visible + thermal) capability designed for maintainability and rapid field repair.
    What was proven:

    • Wide accessibility: engineered to meet practical agency cost thresholds
    • Operational advantage: thermal capability that materially improved SAR effectiveness
    See UAS Systems
  • Diagram of a multi-band body wire transceiver unit with labeled components on a white background

    HORNET

    Objective: Provide agencies an affordable, technically sophisticated audio intelligence device that supports HUMINT when an asset cannot be fully monitored—while maintaining secure communications and local capture if connectivity is disrupted.
    What we built: A compact audio intelligence device with encrypted digital link and onboard recording for continuity during contested or disrupted comms.
    What was proven:

    • Secure operational concept: encrypted transport with continuity of evidence capture
    • Field practicality: designed for ease of deployment under real constraints
    See Audio Intelligence Systems
  • Drones with data collection network on a dark background

    SingleSortie

    Objective: Build an sUAS-based intelligence collection method that is economically and technically superior to manned aviation for targeted data capture missions.
    What we built: A hybrid sUAS approach integrating autonomy navigation, autonomous gimbal/imager control, and automated ML-driven quality workflows to maximize throughput and data consistency.
    What was proven:

    • Efficiency: up to 15× collection efficiency versus baseline methods (mission dependent)
    • Quality: improved data quality by approximately 25% through repeatable autonomous capture

    See UAS Systems

Active Developments - Current R&D tracks designed for rapid evaluation, measurable performance, and transition readiness.

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    EnduraWatch

    Objective: Enable persistent, covert monitoring with reliable power, survivable data handling, and practical installation models.

    Approach: Integrate concealment, power strategy, sensing, and secure data workflow into an evaluation-ready system.

    Status: Integration and field validation underway.

    Note : Restricted technology • Patent pending

  • Digital illustration of a drone and a cloud with network connections on a dark background

    Wingman

    Objective: Extend element situational awareness range while providing alternate means of communication across command, aerial, and ground assets through autonomous C2 reconfiguration—while preserving operator control and data continuity in contested RF environments.

    Approach: A modular relay architecture designed for rapid integration with existing field systems and mission workflows.

    Status: Prototype integration and evaluation planning underway.

    Note: Restricted technology • Patent pending

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Have a hard problem that needs a real prototype?

Share the mission outcome and constraints. We’ll propose the first experiments to run and the fastest path to a testable system

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