Commercial unmanned aircraft systems arranged for fleet planning, readiness assessment, and operational consulting

UAS Consulting & Program Support

Define the Requirement.Build the Capability.

Independent guidance for organizations planning, selecting, implementing, governing, training, maintaining, or expanding unmanned aircraft programs.

Program Planning Platform Selection Fleet Readiness Governance
Mission AlignedRequirements before procurement
Vendor IndependentAdvice based on operational fit
Risk InformedSafety, compliance, and sustainment
Implementation ReadyActionable plans and documentation

Consulting Services

Practical Guidance Across the UAS Program Lifecycle.

A successful drone program requires more than purchasing aircraft. It requires clear objectives, appropriate platforms, trained personnel, documented procedures, maintenance planning, data governance, regulatory awareness, and a sustainable operating model.

CON-01

UAS Program Planning

Mission definition, stakeholder analysis, operating concepts, phased implementation, resource planning, risk identification, and program roadmaps.

Plan a UAS Program →
CON-02

Platform Selection

Independent comparison of aircraft, payloads, controllers, software, support requirements, total ownership cost, and operational fit.

Evaluate Platforms →
CON-03

Fleet Readiness Assessment

Review of aircraft condition, maintenance practices, batteries, documentation, operator readiness, inventory, downtime, and replacement priorities.

Assess Fleet Readiness →
CON-04

Policy, SOP & Documentation

Operating procedures, maintenance standards, checklists, incident workflows, equipment records, training documentation, and governance support.

Improve Documentation →
CON-05

Training Program Design

Role-based pilot, maintainer, supervisor, and program-manager training plans with objectives, qualification criteria, and recurring readiness requirements.

Design a Training Program →
CON-06

Technology & Integration Strategy

Custom platforms, ISR payloads, communications, ground-control systems, software, data workflows, and phased capability development.

Plan an Integration Strategy →
Multiple enterprise drones prepared for fleet assessment, maintenance planning, and operational readiness review

Whole-System Perspective

A Drone Program Is More Than the Aircraft.

Operational capability depends on how people, platforms, policies, communications, software, data, maintenance, safety, and leadership work together.

  • Mission requirements and measurable outcomes
  • Aircraft, payload, controller, and software selection
  • Pilot, maintainer, supervisor, and administrator roles
  • FAA, safety, privacy, and organizational requirements
  • Maintenance, inventory, battery, and replacement planning
  • Data storage, access, retention, and cybersecurity
  • Incident response, reporting, and continuous improvement

Operational Readiness

Turn Equipment Ownership Into Repeatable Capability.

Many organizations own drones but lack the structure required to operate them consistently, safely, and efficiently. Consulting converts disconnected equipment and practices into a managed program.

  • Defined missions and approved use cases
  • Qualified pilots and maintainers
  • Standard operating procedures and checklists
  • Aircraft status, inspection, and maintenance records
  • Battery lifecycle and replacement controls
  • Incident documentation and escalation workflows
  • Performance metrics and improvement priorities
Mission RequirementsDefined
Platform FitValidated
Operator ReadinessMeasured
Maintenance ProgramDocumented
Governance & RiskControlled
The objective is a documented, supportable, and scalable UAS operating model—not simply a larger collection of aircraft.

Consulting Process

A Structured Path From Current State to Operational Capability.

Each engagement is scaled to the organization, decision, program maturity, risk profile, and desired outcome.

Phase 01

Discover

Clarify mission, stakeholders, current assets, constraints, risks, challenges, and desired outcomes.

Phase 02

Assess

Review platforms, people, policies, maintenance, training, data, workflows, and operational maturity.

Phase 03

Analyze

Identify capability gaps, cost drivers, risks, dependencies, alternatives, and priority decisions.

Phase 04

Design

Develop the recommended operating model, roadmap, documentation, controls, and implementation approach.

Phase 05

Implement

Support platform selection, training, documentation, process adoption, integration, and initial operations.

Phase 06

Improve

Measure results, refine procedures, address emerging risks, and plan future capability expansion.

Government & Industry Readiness

Developing for Future Program, Technical, and Prime-Contractor Support.

PPS intends to support government, public-safety, research, commercial, and defense-industry partners with UAS planning, readiness, documentation, integration, training, sustainment, and program coordination.

Current Consulting Support

Program planning, requirements definition, platform selection, fleet readiness, policy and SOP development, maintenance planning, training design, custom-platform strategy, and operational consulting.

Future Expansion

Subcontract program support, formal capability assessments, acquisition support, test-event coordination, technical documentation, compliance programs, CUI-ready workflows, and contract-specific program management.

Independence and scope: Recommendations are based on the stated mission, available information, technical feasibility, applicable law, safety, cost, and lifecycle requirements. PPS does not provide legal advice, FAA authorization, law-enforcement authority, or manufacturer certification unless expressly qualified and authorized.

Start With the Decision

Tell Us What You Need the UAS Program to Accomplish.

Describe the mission, current assets, organizational challenges, timeline, budget range, and desired result. We will identify the most practical consulting scope and next step.

Consulting scope, schedule, pricing, deliverables, and implementation support depend on organizational size, mission complexity, available documentation, stakeholder access, technical requirements, and applicable regulatory constraints.