The Environmental Impacts of My PS5 DualSense Controller: Local and Global
The PS5 Controller: Local and Global Impacts
This week, I looked deeper into the environmental impacts of my PS5 DualSense controller. At first, it seemed like a simple item a fun gaming tool I use to relax but when I traced where its materials come from, how it’s made, and what happens when it’s disposed of, I realized I had never thought about the geography behind it. Its environmental effects happen both locally and globally.
Production Impacts
The controller is made of multiple materials:
- Outer
Shell: Hard plastic (ABS resin)
- Buttons
& Joysticks: Silicone rubber and plastic
- Battery:
Lithium-ion rechargeable battery
- Circuit Board: Fiberglass, copper, nickel, and traces of gold
Where do these components come from:
From what we learned in class about uneven development
and global supply chains (Lecture 1), it is clear that production affects
some regions more than others:
- Lithium battery: Lithium is mined mainly in Chile, Argentina, and Australia. Mining uses massive amounts of water and can pollute rivers and soil. I was surprised to learn how much local communities are affected. You can read more about it here.
- Circuit board metals: Copper and gold often come from Africa and South America, which can reduce biodiversity and harm ecosystems.
- Plastic parts: Produced from petroleum globally, adding carbon emissions from fossil fuel use.
Local Effects:
Some environmental impacts happen right where the materials are sourced or
processed. For example, lithium and cobalt mining in places like the Democratic
Republic of Congo (DRC) can deplete water, damage soil, and disrupt ecosystems.
Local communities often bear the brunt, including exposure to toxic chemicals
and poor labor conditions.
Watch this great documentary on cobalt mining here:
In Wisconsin, e-waste recycling and disposal are local concerns: if old controllers or packaging are not properly recycled, harmful chemicals can leach into soil and water. Even at home, throwing away electronics instead of recycling them can hurt the local environment. According to the Wisconsin DNR E-Cycle Program residents can safely recycle electronics to reduce local pollution and protect ecosystems.
Global Effects:
Even though I use the controller here at home, it has a global impact. Manufacturing in China, Malaysia, and Japan, combined with shipping components across continents, contributes to carbon emissions and climate change. This is connected to Lecture 4, where we discussed how human activities, even small ones add to global greenhouse gas emissions. If you want to learn more about how electronics contribute to climate change, check out this resource from the Global Electronics Council. They break down how production, transportation, and use all add up to a big carbon footprint.
These impacts are both local (mining sites, factory
pollution) and global (carbon emissions, contribution to climate
change).
Transportation and Distribution
The assembled controller is shipped worldwide to stores like
Best Buy, GameStop, and Amazon. Lithium, metals, and plastics travel thousands
of miles. Some parts are local to assembly plants, but overall, the product
relies on a global supply chain.
If you’re curious what all these materials and tiny parts actually look like, this teardown video breaks open a PS5 controller in a really cool way:
Waste and Disposal
When the controller reaches the end of its life, it becomes electronic
waste (e-waste). Improper disposal can release toxic chemicals like nickel,
lead, and lithium into soil and water. Recycling options exist, but e-waste
often ends up in landfills or informal recycling centers, especially in
developing countries. This Geneva Environment Network resource highlights the serious
environmental and health risks caused by e-waste worldwide.
Reflection
Looking at the lectures and my research, wealthier countries
like mine consume and discard electronics at high rates, while poorer countries
often bear the environmental costs. Even a small, personal item like my PS5
controller is connected to water depletion, ecosystem damage, carbon emissions,
and waste around the world.
Thinking about solutions, I realize that recycling
electronics, supporting ethical mining, and using fewer disposable electronics
can help both locally and globally. This reflects what we have learned in class
about sustainable development: small, informed actions at the individual level
can combine with larger efforts to reduce environmental impacts.
Expanded Resources & Extras
-
Watch a Teardown Video: Curious about what’s inside your PS5 controller? Check out this YouTube teardown that takes apart the DualSense step by step. It’s a fun way to see all the tiny components in a controller.
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Learn More About Lithium and Cobalt Mining: Understand the environmental and social effects of mining the materials in your controller with this Earth.org article. It explains how mining affects water, soil, and communities in places like Chile, Argentina, and the DRC.
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E-Waste & Recycling: Electronics can harm the environment if not disposed of properly. Learn about safe recycling options through the Wisconsin DNR E-Cycle Program or read about global e-waste challenges in the Geneva Environment Network’s report.
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Global Electronics Impacts: For more insight into the environmental impact of electronics, including carbon emissions from production and transportation, check out Global Electronics Council resources.
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