Technical screening and B2B planning tools for satellite communications, orbital mechanics, propulsion, CAD procurement and business aviation, connected to enterprise workflows without changing or biasing the engineering result.
Estimate free-space path loss, received carrier power and link margin for a satellite or terrestrial microwave path.
Enterprise satellite connectivity, remote facilities, maritime, field operations and telecom engineering.Open calculator →Model contract-level total cost of ownership for remote-site satellite connectivity, including terminals, installation, monthly service, backup connectivity and downtime economics.
Enterprise Starlink, OneWeb/Eutelsat, remote-site connectivity, resilient WAN and off-grid infrastructure procurement.Open calculator →Estimate circular-orbit velocity and period, plus a local drag-driven altitude decay rate using a user-supplied atmospheric density and ballistic coefficient.
Space systems concept studies, satellite mission screening and educational orbital analysis.Open calculator →Calculate thrust-to-weight ratio, specific impulse and effective exhaust velocity from thrust, vehicle mass and propellant mass flow.
Rocket propulsion, aerospace concept design and propulsion trade studies.Open calculator →Estimate block time, trip fuel, reserve fuel and total mission fuel from distance, cruise speed, hourly burn and planning allowances.
Business aviation dispatch screening, corporate travel planning and aircraft operating-cost comparisons.Open calculator →Build a transparent private-jet charter cost scenario from distance, assumed block speed, hourly aircraft rate, positioning allowance and trip fees.
High-intent private aviation price research and corporate multi-city travel budgeting.Open calculator →Compare a private-charter trip on a per-passenger basis and quantify the business value of traveler time saved against an alternative itinerary.
Corporate charter justification, executive travel budgeting, project-site visits and multi-person mission planning.Open calculator →Estimate multi-year CAD software ownership cost across licenses, implementation, training and internal administration for an engineering team.
Aerospace CAD software procurement, engineering-team licensing, professional 3D modeling and design-platform budgeting.Open calculator →These guides are designed for engineering managers and technical buyers comparing enterprise connectivity, professional CAD and private aviation. They stay vendor-neutral even when approved commercial partners are later available.
A neutral buying framework for remote-site satellite connectivity, resilient WAN, Starlink/LEO-style services and enterprise backup links.
Open procurement guide →A practical framework for comparing private charter with commercial alternatives for executive, engineering and multi-site project travel.
Open procurement guide →A vendor-neutral framework for evaluating professional CAD platforms for aerospace, mechanical design and engineering-team deployment.
Open procurement guide →PROFENG keeps technical calculations independent. Commercial partners can appear only after a program is approved and valid tracking is configured, with clear disclosure.
Plan remote-site and field connectivity assumptions before comparing enterprise satellite and resilient-network options.
Move from preliminary calculations into professional 3D CAD, mechanical design and engineering documentation workflows.
Estimate mission fuel, per-person economics and charter-cost scenarios for multi-site engineering, executive and project travel.
Track source-linked engineering developments that can materially affect aerospace infrastructure, connectivity and technical procurement.
Launch systems, satellite constellations, ground infrastructure and deployment milestones.
Aerospace & space analysis →Cloud infrastructure, networking, distributed systems and edge-compute developments relevant to technical operations.
Software & computing analysis →Cyber resilience, industrial control, identity and critical-system security for remote and high-value facilities.
Cybersecurity analysis →