SERAPHVantageGet the beta Your entire drone engineering workflow.
One extraordinary perspective.
Vantage, in motion.
A range sensor and battery connect to a flight controller. A mission route takes shape on a map, followed by a multirotor flying through a sunset sky. The film closes with the Seraph Aero Vantage emblem.
One project. Every connection.
VantageAircraft, controls and environment. In one place.
Reference aircraftX500 · 2.06 kg
Bench telemetry and board workflows, with clear support boundaries. Explore compatibility ↗
An AI assistant inside your engineering workspace. Understand connections, explore results, and review code changes with your project in context.
Explore the assistant ↗Vantage assistantHow do these components work together?
VantageThe range sensor measures distance. The flight controller uses that signal to calculate motor demand. Power follows a separate path from the flight battery.
Bring selected components into the conversation.
Explore Buffalo Bayou Park in Houston. Move across the map, select a waypoint, and see the route take shape.
Prepare the aircraft. Explore virtual flight.
Understand the behavior before takeoff.
From a line of code to an energy budget.
Stay in one connected engineering workspace.
const sensor = { name: "Forward range", interface: "trigger / echo", maxRange: 12, unit: "m"}; export default sensor;Edit source files, inspect diagnostics, review AI-proposed changes, and work with packages and device-specific toolchains.
Inspect GPS, radio, motors and sensors with equipment checks and recorded evidence.
Bring equipment checks, mission logic, and virtual response tests together. Keep reports with your project and see what still needs attention.
Connect battery specifications, component loads, and measured draw. Explore the trade-off between flight time and reserve.
Constant-load estimate · 100% available capacity
Record hardware sessions and replay telemetry. Follow signals, events, and their sources through time.
Bring reusable packages into your project. Keep components, code, and mission protocols together as the design grows.
Define your airframe, components, mass and geometry. Bring in CAD, then explore how each part belongs to the system.
Change the target. Adjust the damping. Watch the same numerical model used by Vantage respond.
Vantage is a desktop engineering workspace for multirotor drones. It connects system design, component discovery, mission planning, autonomy, simulation, controls, code, tests, power planning and telemetry logs.
The software is actively evolving. Features and compatibility may change as the beta develops. Review the download and compatibility pages for release availability and support details.
The current product focuses on engineering, local simulation, bench telemetry and reviewed code workflows. Autonomy is a design and simulation workspace; physical-flight control is not included.
ArduPilot and PX4 have bench telemetry and supported reviewed settings. Betaflight has read-only MSP telemetry. Supported Arduino, Pico and ESP32 board tools use explicit plugin setup. See the compatibility matrix for details.
Join the beta. Help shape a new perspective on drone engineering.
Explore the $1 / month beta