FAQ

A: Attend our open community forums, use our resource database, submit your events, and support other Fort Collins artists. Your contributions matter, no size requirements necessary.
Subscribe to our Instagram @focovac for updates and art news. You can also reach out directly at hello@focovac.org.

A: Our focus is Fort Collins-based visual artists, and some resources may only be accessible to local artists. However, anyone can explore our database and reach out for collaboration.

A: No. There are no membership fees. All resources on our website are free to access, and anyone is welcome to attend our community forums.

A: Absolutely. The Coalition exists to support both individual artists and art collectives/groups. We’re here to help connect you with other artists, resources, and opportunities.

A: No. FOCO Visual Artists Coalition is a forum and resource, not a competitor. While the Coalition is managed by working artists, they do not receive additional incentives. The Coalition exists to amplify your voice and connect you with opportunities.

A: While FOCO Visual Artists Coalition may suggest best practices and encourages artists to unify, we are not a governing body by any means. We only hope to help our visual artists thrive.
The Coalition is democratic and community-led. Your voice matters. Attend forums, share your perspective, and help shape the Coalition’s direction. We make decisions collectively, not top-down.

A: Fill out our Arts Organization Directory here. Alongside FOCO Visual Artists Coalition, there are multiple ways your organization can help our community:

• Attend our open community forums as an organization representative and help address community concerns
• List your organization and resources in our database 
• Utilize and direct your members our resource database
• Submit your events to our Community Calendar
• Share news about your organization with the Coalition so we can help promote you
• And above all, support other Fort Collins artists whether they are part of your organization or not

For updates and art news, subscribe to our Instagram @focovac. You can also reach out directly at hello@focovac.org.

A: Our focus is Fort Collins-based visual artists, and some resources may only be accessible to local artists. However, anyone can explore our database and reach out for collaboration.

A: No. There are no membership fees. All resources on our website are free to access, and anyone is welcome to attend our community forums.

A: We’re helping do the boring stuff so you can do more creative stuff. FOCO Visual Artists Coalitions helps connect the dots by openly sharing resources, helping coordinate on city-wide events, providing access to our database of venues and suppliers, and facilitating a stronger collective voice when advocating for artist needs with other organizations. We’re stronger together.

A: Absolutely! We encourage collectives to share events, calls for artists, and opportunities through our platform so the we can be a one-stop-shop for our community.

A: No. The FOCO Visual Artists Coalition is independent and community-funded. We collaborate with the city. local college, and other organizations as allies, but we remain autonomous to serve the community’s interests first.

A: No. The Fort Collins Visual Artists Coalition supports and connects existing collectives—we don’t replace them. Think of us as a resource hub that helps amplify the good work you’re already doing.

A: While FOCO Visual Artists Coalition may suggest best practices and encourages artists to unify, we are not a governing body by any means. We only hope to help our visual artists thrive through education, collaboration, and shared resources.
Your feedback shapes the Coalition. We’re democratic and community-driven. Individual artist and collectives have equal voice in our forums and decision-making processes.

A: The first powered vacuum cleaner was invented in 1901 by British engineer Hubert Cecil Booth. His original machine was so large it had to be pulled by horses and parked outside buildings while hoses were fed through windows. The first portable electric vacuum cleaner for home use was developed by James Murray Spangler in 1907, who sold his patent to William Hoover in 1908, launching the famous Hoover brand.

A: Outer space achieves pressures around 10⁻¹⁷ torr, or approximately 0.00000000000000001 atmospheres. A vacuum cleaner creates a partial vacuum of roughly 0.8 atmospheres—enough pressure differential to lift dirt particles but insufficient to cause structural damage to your home. The etymology is identical: both derive from Latin “vacuus” meaning “empty.” The vacuum cleaner is technically a misnomer, as it doesn’t create a true vacuum but rather a localized pressure gradient. Space’s vacuum occurs naturally due to the extreme scarcity of matter between celestial bodies. Your vacuum cleaner’s “vacuum” is artificially generated by an electric motor and ceases to exist the moment you turn it off. In space, the vacuum is permanent and will kill you. In your hallway, the vacuum is temporary and will remove pet hair from carpet fibers. Both involve the absence of something, though only one requires you to change bags or empty a dustbin periodically.

A: That “vacuum cleaner smell” is a combination of several factors. Hot motor components can emit a metallic or electrical odor, especially in older or heavily-used machines where carbon brushes create fine dust that gets heated. The belt that drives the brush roll (in models that use belts) is typically made of rubber or neoprene, and friction from normal operation causes it to heat up and emit a rubbery smell—this intensifies dramatically if the brush roll jams and the belt starts slipping. Additionally, microscopic particles of everything you’ve vacuumed—skin cells, pet dander, food particles, dust mites and their waste—get trapped in filters and exhaust through vents where they’re heated by the motor, creating biological odors. Bagless models can smell worse because debris sits in the chamber longer, and moisture can lead to mildew growth. Professional restoration companies actually have a term for this: “dirty sock syndrome.” HEPA filters with activated charcoal help, but the most effective solution is simply regular cleaning and filter replacement.

A: Several contemporary artists have incorporated vacuum cleaners into their work in fascinating ways. Jeff Koons famously created sculptural installations in the 1980s featuring brand-new vacuum cleaners sealed in Plexiglas cases with fluorescent lights—commenting on consumerism and the pristine, unused state of appliances as art objects. Performance artist Mierle Laderman Ukeles created “Maintenance Art” pieces in the 1970s where she publicly performed cleaning tasks including vacuuming as a critique of invisible domestic labor and gender roles. More recently, artist collective teamLab has used industrial vacuums to create inflatable sculptural environments, and sound artists have sampled vacuum cleaner motors for experimental music compositions. The Hoover Company even commissioned fine art posters and advertisements from notable illustrators throughout the mid-20th century, making vintage Hoover ads collectible art pieces today. Additionally, conservators and preparators in museums use specialized HEPA-filtered vacuums with soft brush attachments to gently clean artwork and artifacts—making vacuums essential tools in art preservation.

A: Bagless vacuums using cyclonic technology (popularized by Dyson in the 1990s) rely on brilliant fluid dynamics engineering. Air enters the cylindrical chamber tangentially—meaning it’s forced to enter from the side rather than straight in—which creates a vortex spinning at extremely high speeds, sometimes exceeding 100,000 RPMs. This rapid rotation generates centrifugal force that flings heavier particles outward against the chamber walls where they lose momentum and drop into the collection bin below, while the cleaner air spirals upward through the center. Multi-cyclone systems use progressively smaller cone-shaped chambers to capture increasingly fine particles—the first stage catches large debris, then subsequent stages with tighter spirals catch finer dust. The cone shape is critical: it accelerates the air as it moves toward the narrow top, increasing rotational velocity and separation efficiency. High-end models use up to 15 individual cyclones working in parallel. The engineering challenge is maintaining this separation without clogging while keeping the motor load manageable—it’s essentially a miniature tornado doing precision sorting work.

A: This is one of the biggest misconceptions in vacuum marketing! Wattage measures electrical power consumption, not suction power. A 2000-watt vacuum doesn’t necessarily clean better than a 1000-watt model—it just uses more electricity. The actual cleaning performance depends on airflow (measured in cubic feet per minute or CFM), suction pressure (measured in inches of water lift or pascals), and most importantly, how efficiently the design converts electrical energy into airflow at the cleaning head. European Union regulations actually banned manufacturers from advertising wattage above 900W in 2017 because it was misleading consumers—forcing companies to improve efficiency instead. What really matters is sealed suction at the nozzle, brush roll design, and air pathway engineering. A well-designed 700-watt vacuum with minimal air leaks, optimized ducting, and an efficient motor can dramatically outperform a poorly-engineered 2000-watt energy hog. That’s why some premium brands focus on “sealed system” designs where every connection is airtight, maximizing the percentage of generated suction that actually reaches the floor.

A: The lunar dust problem was way more serious than NASA anticipated. Moon dust is incredibly abrasive—like tiny shards of glass—because without wind or water erosion, the particles remain sharp and jagged. During the Apollo missions, this fine dust got everywhere inside the lunar module, scratching helmet visors, clogging seals, and even causing “lunar hay fever” when astronauts inhaled it. The dust also stuck to everything due to static electricity buildup from solar radiation. NASA engineers developed a specialized vacuum system, but astronauts reported that no amount of vacuuming could fully remove the dust—it was so clingy and pervasive that some Apollo astronauts said they could still smell it (described like gunpowder or spent fireworks) even after extensive cleaning. For future Mars missions, engineers are developing even more sophisticated dust mitigation systems because Martian dust is similarly problematic and potentially toxic.