Independent aerospace research · established 2026

SOLIS
DYNAMICS

Advanced aerospace systems engineered for the next generation of flight.

SYS. AERO / 04
FLIGHT ENVELOPE
ANALYSIS ACTIVE
42° 19' N / 071° 02' W
ALTITUDE · 38,000 FT
SCROLL TO EXPLORE
01 / Organisation

Beyond Conventional
Aerospace

Solis Dynamics is an engineering organisation dedicated to developing advanced aerospace technologies through innovation, simulation, and precision manufacturing.

01

Design

Advanced aerodynamic concepts created through computational engineering.

02

Build

Rapid prototyping using modern manufacturing techniques and advanced materials.

03

Innovate

Developing future aircraft systems that redefine efficiency and capability.

02 / Core capabilities

Technology, In Detail

[ 01 — 04 ]
AER-01

Aerodynamics

Optimising aircraft performance through advanced simulation and aerodynamic research.

MAT-02

Advanced Materials

Lightweight structures designed for maximum strength and efficiency.

AUT-03

Autonomous Systems

Intelligent aircraft systems designed for the future of aviation.

DIG-04

Digital Engineering

From digital concept to physical prototype.

03 / Active programs

Current Programs

CLEARANCE REQUIRED
PROGRAM 001

SOLIS 1

SOLIS 1 is a CanSat mission: a compact satellite payload developed to test real aerospace systems in a constrained flight environment.

View SOLIS 1
PROGRAM 002

DAEDALUS

An autonomous high-altitude carrier plane, designed as a platform for advanced flight and payload missions.

Ask About DAEDALUS
PROGRAM 003

NOVACORE

A custom chip designed to provide the specialised computing foundation for Solis aerospace systems.

Ask About NOVACORE
Restricted repository

Flight Test Log

ARCHIVE / SD-9
● LIVE ARCHIVE

Selected research notes from the Solis test range.

Declassified entries offer a partial record of our work in high-efficiency flight.

LOG / 08.26

Envelope expansion

Test cell 02 · Aerostructures

LOG / 07.26

Composite validation

Lab 04 · Materials systems

LOG / 06.26

Autonomy loop

Simulator 01 · Control systems

LOG / 05.26

Thermal studies

Research unit · Propulsion

04 / Methodology

From Concept To Flight

STEP 01Research

Ideas become engineering concepts.

STEP 02Simulation

Digital models tested before manufacturing.

STEP 03Prototype

Physical aircraft developed and refined.

STEP 04Flight

Innovation proven in the real world.

Great aircraft are not created by following the future.
They are created by engineering it.
05 / The team

One Builder.
Big Flight Plan.

Solis Dynamics is currently led by Jonathan Bercovici, working across engineering, electronics, software, and flight systems.

Secure channel / 06

Start A
Conversation

For partnerships, project enquiries, and collaboration. We’ll respond through our secure communications channel.