C/M A.D Finishing Material

 

C/M A.D Finishing Material

Automotive Devision

Seating
Ground
Ceiling
Dash & rear dash
Rear behind seating
Doors

WHAT WE AVOID AT C/M 

All forms of carpet 

Carpet flooring 

Carpet side center panel accents

INSTEAD

Insulation layers used as contained fire retardant

Safe for cold , heat composites & wrap leather or equivalent material that do not take on smoke

Any form of plastics upgraded to composites for

Aluminum accenting 

Dampening betwen digital assets & interior components 

Advanced sound proofing from exterior effects with routing to only engine or motor & energy sounds through accoustic controls connected to the entertainment system 

OEM & Aftermarket lock seat covers that are similar to actual materials optional

CLIMATE SYSTEMS

Air circulatory filters & system built around the entertainment systems

Cold - heat management designs for passenger seating & safe circulating in a lightweight package & access to control for cargo & components 

No loss in "fuel" milage unless almost perpetual Hydrogen yet hybrid Kinetics offset 

SAFETY SYSTEMS 

Roof + attached roll cage

Door panels

Rear & front dash 

Effective seating & minimal air bags + pop out retractable foam blocks 

OUR AREA OF INTEREST HERE

Revoking carpeting in favor if easy clean surfaces designed to take dirt, debris, rocks & sharper materials you can empty in external click trays voiding damage 

OEM & Aftermarket 

Easy to clean & maintain 

Seating more like leather or equivalent not fabric with heated standard seating on Low - High Profiles unless an Ultra-Light

INTERIOR PARTS - COMPONENTS 

Material choice. Style

OEM - High Grades 

OEM - Medium Grades

OEM - Low Grades 

Aftermarket - High Grades 

Aftermarket - Medium Grades

Aftermarket - Low Grades

"Everything from pedals, shifters, buttons, steering wheel, safety features to everything found in the interior from our advanced smart designs"

CYPRESS MOTORS. CYPRESS MOTOR SPORTS 

Minimal material & sizing with strength to weight ratio then connection for dampening on buttons or doors + hinges or hydraulics 

Controlled interior storage selection & secret storage then drink + accessories storage 

Door sile / panel features

INTERIOR DESIGN C/M A.D - CYPRESS MOTORS

Updates from 2018-2025 for 2026-2027 (2027-2030)

New features adjusted from the above "industry trend scaled safe model modern above"

Translucent "see through" above steering wheel adjustable "numbers 110 Km/r" gauge 

New dash integrated analog round traditional gauges behind steering wheel

Center tablet main & lower connecting 

Center area shifter & buttons then storage + drink storage areas 

ADVANCED START SYSTEM 

Push-button & manual override latch

Manual override system for the digital Switch-Back system managing Energy Generated & Stored or Spent

Interior defroster are connected like exterior whomr a specific front wind screen (window) treatment is applied meeting our performance standards & light weight demands 

ROLL CAGES & COVERS FOR 

We do not apply a interior cover for the roll cages main supports (only roof ceiling area not main supports) based on how they are designed with angles 

DOOR PANEL CAGES

A section of our impact cage shows through giving it that industrial - modern hybrid upholstered insulated appeal with a vintage modern feel 

A delete material aspect & contract to compact creating controlled weight savings for Performance woth Luxury 

INDUSTRY INTERIOR STANDARDS - VINTAGE & MODERN

CLIMATE CHANGE COBTROL BUFFER - OCEAN

The ocean currently absorbs about one-quarter of the carbon dioxide emitted by human activities each year, making it one of Earth's most important natural buffers against climate change. Now, scientists and engineers believe they can enhance this natural process. In western Singapore, construction is underway on what is expected to become the world's largest ocean-based carbon removal facility. The plant will use electricity to extract carbon dioxide from seawater and convert much of it into stable mineral compounds that can remain safely stored for thousands of years.

https://timesofindia.indiatimes.com/science/singapore-is-building-the-worlds-largest-ocean-carbon-plant-zapping-seawater-with-electricity-to-lock-the-carbon-into-seashell-like-rock-that-stays-put-for-10000-years/amp_articleshow/132514973.cms

Developed by California-based startup Equatic in partnership with Singapore's National Water Agency (PUB) and the University of California, Los Angeles (UCLA), the demonstration facility aims to remove up to 10 metric tonnes of carbon dioxide per day while also producing carbon-negative hydrogen fuel. If successful, the project could demonstrate a new way of permanently removing atmospheric carbon without relying solely on underground storage.

As opposed to conventional DAC processes where carbon dioxide is captured directly from the atmosphere, Equatic starts with seawater. The procedure involves the use of electrolysis; an electrical current is passed through the seawater, resulting in chemical reactions whereby the water is split into hydrogen and oxygen and increases the alkalinity of the water. The increased alkalinity allows the water to capture more carbon dioxide from the atmosphere and from carbon already dissolved in the ocean. Some of the carbon then combines with natural minerals such as calcium and magnesium to produce solid carbonate minerals similar to what is seen in seashells and limestone. These minerals are very stable and can be stored for over 10,000 years, whereas the rest of the carbon is dissolved as bicarbonates in the seawater.

Researchers say this approach has two advantages. First, because the ocean naturally exchanges carbon dioxide with the atmosphere, removing carbon from seawater encourages more atmospheric CO₂ to dissolve into it. Second, storing carbon as minerals greatly reduces the risk of it escaping back into the atmosphere compared with some other carbon storage methods.

Why Singapore is testing the technology

Singapore may seem an unlikely place for an ocean carbon removal facility, but the country offers practical advantages for testing the technology. The Equatic-1 plant will be built at PUB's research and development facility in Tuas, where desalination plants already process large volumes of seawater. This provides an existing source of water while allowing researchers to integrate the technology with current infrastructure.

According to UCLA Civil and Environmental Engineering, the project will be built in two phases. Initially, the facility will remove around one metric tonne of carbon dioxide per day, before expanding to its full capacity of 10 metric tonnes daily using ten modular units. At full operation, it is expected to remove approximately 3,650 tonnes of carbon dioxide each year and produce nearly 300 kilograms of carbon-negative hydrogen every day. Although these amounts are small compared with global emissions, the project is intended to demonstrate that the technology can operate continuously and be scaled to much larger facilities in the future.

Scientists involved in the project describe it as an important step toward commercialising marine carbon removal. Unlike laboratory experiments, the Singapore facility will operate under real-world conditions, allowing researchers to measure energy use, operational costs and environmental performance over extended periods.

Can ocean carbon removal make a meaningful difference?

Many climate scientists agree that cutting greenhouse gas emissions remains the most important priority for limiting global warming. However, most pathways for achieving net-zero emissions also require removing billions of tonnes of carbon dioxide already in the atmosphere during the second half of this century. Ocean-based carbon removal is one of several technologies being developed to help achieve that goal. Supporters argue that the ocean's immense size makes it an attractive location for large-scale carbon removal, particularly if captured carbon can be converted into stable minerals rather than compressed and injected underground.

At the same time, researchers caution that important questions remain. Large-scale electrochemical treatment of seawater must be carefully assessed to ensure it does not adversely affect marine chemistry or ecosystems. Energy requirements, operating costs and long-term monitoring of stored carbon will also determine whether the technology becomes commercially viable. According to the Intergovernmental Panel on Climate Change, carbon dioxide removal technologies are expected to play an important role in meeting climate goals, but they must complement, not replace, rapid cuts in greenhouse-gas emissions. The document further stresses that all carbon dioxide removal approaches should undergo environmental sustainability, permanency and scalability testing.

Even though Equatic-1 can remove only a fraction of the world’s total carbon emissions, its importance may lie somewhere else. Should the technology succeed in its operations, it can serve as an example of future carbon dioxide removal projects, which will not only absorb millions of tonnes of carbon dioxide, but also generate clean hydrogen. Singapore’s ocean-based carbon dioxide plant could become an early large-scale example of using the ocean to help address carbon emissions.

CYPRESS MOTORS. CYPRESS MOTOR SPORTS