Leonard Felicetti

Lecturer in Space Engineering

Cranfield University

United Kingdom

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Leonard Felicetti is a Lecturer in Space Engineering at Cranfield University, UK. His research focuses on advanced topics in space surveillance, planetary exploration, and spacecraft control systems. Recent publications include studies on optical space surveillance constellations, rotary VTOL Martian aerobots, and innovative control methodologies for spacecraft dynamics.

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2025

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2021

Collaborators (3)

Jorge Pomares

Full Professor

Universidad de Alicante

SPAIN

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Damiano Varagnolo

Norwegian University of Science and Technology

NORWAY

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Francesco Ciampa

Senior Lecturer (Associate Professor)

University of Surrey

UNITED KINGDOM

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Leonard Felicetti

Research Interests

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About

Articles (19)

Preliminary analysis and design of an optical space surveillance and tracking constellation for LEO coverage

Systematic methodology for the preliminary design of future rotary VTOL Martian aerobots

A Decreasing Horizon Model Predictive Control for Landing Reusable Launch Vehicles

In-orbit system identification of a flexible satellite with variable mass using dual Unscented Kalman filters

Observer-based Fixed-time Attitude Tracking Control of Rigid Spacecraft with Output Constraints

Observer-Based Fixed-Time Attitude Tracking Control of Rigid Spacecraft With Output Constraints

Spacecraft Formation Keeping and Reconfiguration Using Optimal Visual Servoing

Convex–concave optimization for a launch vehicle ascent trajectory with chance constraints

Modified dynamic programming for asteroids belt exploration

Calibration and testing strategies to correct atmospheric effects on star tracking algorithms

Return: Group Design Project for Pin-Point Landing Demonstrator using Drone Technologies

Task space control for on-orbit space robotics using a new ROS-based framework

Design of an optical system for a Multi-CubeSats debris surveillance mission

Multiobjective Design of Gravity-Assist Trajectories via Graph Transcription and Dynamic Programming

Collision-Avoiding Model Predictive Rendezvous Strategy to Tumbling Launcher Stages

Multiobjective Design of Gravity-Assist Trajectories via Graph Transcription and Dynamic Programming

Trajectory Optimization and Control of a Free-Floating Two-Arm Humanoid Robot

Direct visual servoing and interaction control for a two-arms on-orbit servicing spacecraft

An optimal steering law for sailing with solar and planetary radiation pressure

Collaborators (3)

Jorge Pomares

Damiano Varagnolo

Francesco Ciampa

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