Home clone - Inphoenix Aviation

Where Engineering Meets the Sky

Your All In One Engineering Solutions

Development Phases

Requirement Analysis

Comprehensive requirement gatherings and mission definition

Process Steps

User Requirements

Standards Compiance

Mission Requirements

Enviromental Conditions

Key Deliverables

Mission Profile

Functional Requirements Document

Standards Matrix

Initial Design and Sizing

Geometric sizing and preliminary aerodynamics analysis

Process Steps

Geometric Sizing

Initial Aerodynamics

Weight Estimation

Stability Analysis

Key Deliverables

Initial Configuration

Preliminary Sizing

Aerodynamic Efficiency

Weight and Balance

Stability Margins

Multi-Fidelity Design Validation

Iterative design validation using multiple analysis tools

Process Steps

Low Fideity (DATCOM)

Medium Fidelity (FLOW5)

High Fidelity (CFD)

Mission Requirements Validation

Key Deliverables

Aero Data Validation

Performance Validation

Validation Report

Detailed Aerodynamics

Complete aerodynamic characterization across flight regimes

Process Steps

High Fidelity Aerodynamics

Moment and AC Center

Complete Flight Regime Data

Key Deliverables

Aerodynamic Database

Stability Derivatives

Performance Maps

Structures & Analysis

Structural design, analysis and manufacturing preparations

Process Steps

Statistical Structural Weights

Load Calculations

Detailed Structural Design

Design for Manufacturing

Key Deliverables

Load Analysis

Manufacturing Plans

Manufacturing Specs

Avionics Development

Complete avionics system development and integration

Process Steps

COTS Component Selection

PCB Design and Manufacturing

Component Testing

Key Deliverables

PCB Designs

Firmware Code

Test Reports

Guidance, Navigation & Control

Flight control system design and validation

Process Steps

Flight Dynamic Modelling

Control Algorithm Design

Autopilot System Design

Guidance & Navigation Algorithms

Key Deliverables

Control Laws

Flight Software

Navigation System

Firmware Development

Embedded software design with implementation for reliable sytem performance

Process Steps

Requirement analysis

Middleware and Protocol Implementation

Real Time Operating System Integration

Debugging and Optimization

Key Deliverables

Firmware Source Code

Device Drivers

Communication Protocol Stacks

RTOS Integration Package

Debug and Test Report

Integration and Testing

Production-ready deliverables and documentation

Process Steps

Software in the loop (SIL)

Hardware in the loop (HILS)

System Validation

Key Deliverables

Test Results

Integration Report

Validation Data

Final Deliverables

Production-ready deliverables and documentation

Process Steps

Firmware Files (.hex/.bin)

Manufacturing Data Pack

Documentation Package

Support Materials

Key Deliverables

Production Files

Manufacturing Package

User Manual

Software Expertise

OpenFoam

Running CFD simulations, meshing, and fluid dynamics analysis with open-source solvers.

Ansys

Performing structural, thermal, and fluid simulations to validate and optimize designs.

Solidworks

Designing precise 3D models, assemblies, and mechanical components for real-world engineering.

Python

Writing clean scripts for data analysis, automation, and scientific problem-solving.

AAA

Conducting conceptual design and performance evaluation of aircraft using advanced analysis tools.

Our Clients

Ernest and Young

Lorem ipsum dolor sit amet, elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.

Sun Powered Aircraft

Sun Powered Aircrafts

RF Technologies

Rf-Technologies design innovative products that provide efficient passive fire protection. Inphoenix Aviation provides CFD Analysis services to RF-Technologies.