How to work wooden satellite? - Full Process and Launch 2021

How to work wooden satellite? – Full Process and Launch 2021

The world’s first wooden satellite will launch this year – get the best guides on how to work wooden satellite? get full process, manufactures & launch, so let’s crack it.

How to work wooden satellite: WISA WOODSAT a Nano satellite that measures 4 by 4 by 4 inches (10 by 10 by 10 centimeters) and weighs about 2.2 lbs. (1 kilogram), uses a special sort of coated plywood (called WISA) for its surface panels. The wooden satellite will launch as a part of a mission, designed by Arctic Astronautics, a Finnish company manufacturing cube sat kits for college kids.

The aim of the mission is to check the behavior and sturdiness of those plywood panels within the extreme conditions of space and assess its suitability for future missions.

The satellite are going to be outfitted with two cameras, one among which can be attached to a metal selfie stick, allowing the mission team to watch how the satellite’s plywood surface changes within the space environment.

Wooden Satellite Manufacture Process?

Aluminum oxide, a compound typically wont to encapsulate electronics, will help to stop the wood from releasing any gas within the space environment, consistent with Nyman.

How to work wooden satellite
Image Source: ESA (Materials and Electrical Components Lab)

It will also protect the surface against the exposure to corrosive atomic oxygen, which may be found at the fringes of the Earth’s atmosphere. this sort of oxygen, created when strong UV radiation from the sun splits normal oxygen molecules, was first discovered after it damaged the thermal blankets of NASA’s early spacecraft missions.

This atomic oxygen will likely darken the plywood panels. The satellite, however, should survive within the extreme environment, the corporate said within the statement.

The satellite also will run an experiment which will test the utilization of a completely unique 3D-printed electrically conductive plastic material, which could pave the way for possible future onboard 3D printing of power and data cables directly in space, the ecu Space Agency, which helps Arctic Astronautics test the satellite, said during a separate statement.

The satellite, which is powered by nine small solar cells, are going to be equipped with an amateur radio payload which will allow hobbyists to relay radio signals and pictures round the globe.

How to work wooden satellite?

Arctic Astronautics previously flew a wooden cube sat on a weather balloon, which, however, didn’t pass the Karman line, the boundary between the atmosphere and space. the present Wood sat may be a new generation of the technology. it’ll be embarked on its 300 and 370 miles (500 and 600 kilometers) polar orbit on Rocket Lab’s Electron rocket in November of this year.

UPM Plywood, which manufactures plywood, and technology design company Huld, are partners on the project.
“We foresee tons of possibilities within the future by using the knowhow developed during this mission,” Matti Anttila, Space Business Development Director from Huld, said within the statement.

How to work wooden satellite: Next thereto are going to be an easy LED with a photoresistor that senses because it lights up. But the LED’s power will come through a 3D-printed electrically-conductive plastic called ‘polyether ether ketone’, or PEEK for brief , opening up the prospect of printing power or maybe data links directly within the bodies of future space missions.

ESA materials engineer Orcun Ergincan comments: “The other item may be a quartz microbalance, serving as a sensitive contamination monitoring tool, measuring any faint deposits within the nanogram range coming from onboard electronics also because the wooden surfaces themselves.

How to Manufacture the Wooden Satellite 2021

This has been contributed by OpenQCM in Italy. This company is additionally building the general computer circuit board stack hosting all three demonstrators with incorporated sensors.”

Plywood for Woodsat

Sponsors for Woodsat include UPM Plywood in Finland, among the most important plywood makers within the world. “The base material for plywood is birch, and we’re using basically just an equivalent as you’d find during a ironmongery shop or to form furniture,” explains Woodsat chief engineer and Arctic Astronatics co-founder Samuli Nyman.

“The main difference is that ordinary plywood is just too humid for space uses, so we place our wood during a thermal chamber to dry it out. Then we also perform atomic layer deposition, adding a really thin alumina layer – typically wont to encapsulate electronics.

This should minimize any unwanted vapors from the wood, referred to as ‘outgassing’ within the space field, while also protecting against the erosive effects of atomic oxygen. We’ll even be testing other varnishes and lacquers on some sections of the wood.”

ESA sensors to smell Woodsat’s interior

Riccardo Rampini, heading ESA’s Materials’ Physics and Chemistry section, comments: “It’s been a decent schedule but we welcomed the chance to contribute to Woodsat’s payload reciprocally for helping assess its suitability for flight.

“The first item we’re embarking may be a pressure sensor, which can allow us to spot the local pressure in onboard cavities within the hours and days after get down to orbit. this is often a crucial factor for the turn-on of high power systems and radio-frequency antennas, because small amounts of molecules within the cavity can potentially cause them harm.

Onboard selfie stick

“We have a pair of onboard cameras, with one extended on a selfie stick with reminisce at the plywood and take pictures to ascertain how it’s behaving,” adds Jari. “We want to ascertain colour changes, any cracking then on.”

Designing and manufacturing of the camera boom proved a stimulating exercise: the structure must be small because it are often within the small satellite for launch, then extend out as far as possible when in space.

How to work wooden satellite – Woodsat in orbit

“The design was made by Finnish engineering company Huld, pushing 3D printing to its limits,” adds Jari. “For Huld the Woodsat project has already proved a crucial point of reference for entering other space mechanics projects, too.”

As well because the cameras and ESA-donated sensor suite, Woodsat also will carry an amateur radio payload allowing amateurs to relay radio signals and pictures round the globe. To downlink data from this ‘LoRa’ link involves buying a ‘ground station’ costing as little as €10.

“In the top , Woodsat is just a gorgeous object in terms of traditional Nordic design and ease , it should be very interesting to ascertain it in orbit,” continues Jari. “Our hope is it helps inspire people to require increased interest in satellites and therefore the space sector as something that already touches all our lives, and is merely getting to get bigger in future.”


Which country Manufacture wooden satellite?

Japan to launch the first wood-based satellite by 2023. Japan’s Sumitomo Forestry company and Kyoto University aims to launch the world’s first wood-based space satellite by 2023 to combat the problem of space junk.

When wooden satellites will Launch?


The first ever satellite made of wood is set to launch into orbit later this year as part of a project to test the use of sustainable materials in space.

How many satellites are in space?

Currently there are over 2,787 active satellites are orbiting the Earth. 

What happens when wood Satellite in space?

If a wooden satellite were orbiting in space 300 miles up, this excess charge might simply dissipate into the encompassing plasma. But up in higher orbits, the poor conductivity of wood might be a disaster. Wood would also give off gases because it aged, which could damage delicate sensors or other equipment.

How many inactive satellites are in space?

In the space there was Over 3,000 dead orbiting Earth at the moment.

All information if about Wooden satellite- ” How to work wooden satellite”, I’m giving the info about best of knowledge and Research, Special Thanks to ESA for giving the information.

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