Mercer

Design for a minimal staircase with a single offset stringer, CNC plasma-cut steel tread and platform supports for a residential installation in Manhattan. Mid-landing platform is engineered to be supported by the converging stair stringers and tension rods attached to the building structure.
Conceived by Jerry Nance with Serett Metalworks.

Bangkok Hotel

A proposal for a modular 65-room hotel and a restaurant for a site in Bangkok Thailand. Guests can be as connected to the city environment as they wish with passively cooled spaces that encompass interior personal and exterior social realms. This environmentally oriented building creates easy connections to the street, neighboring Khlong and the Chao Phraya River with views towards downtown Bangkok.
Jerry Nance

25th

Blackened steel railing with dyed saddle leather handrail designed and built with Serett Metalworks for a residential loft in Manhattan. This design was conceived to have a minimal profile and to project a weightless feeling with floating corners and clean transitions.
Jerry Nance

Crow's Nest

Observation deck incorporated above a playground office and public bathroom installed at David Rockwell's Imagination Playground at the South Street Seaport in New York City. Jerry Nance and Michael O'Toole completed the comprehensive construction documentation and fabrication drawings for this structure of tubular steel and seamless TIG welded stainless steel. This structure was constructed in Brooklyn, NY and transported across the East River to Manhattan for installation and finishing. Work performed for Serett Metalworks.

West End Helix

Full helix staircase in black patina with leather handrail and Corian treads designed and built with Serett Metalworks for a boutique retail store in Manhattan.
Jerry Nance

Waterfall Swing

Towering steel swing set holding an array of mechanical solenoids that creates a water plane falling in the path of its riders. Formed from a tangent of ideas raised from the study of interactions of water as space, the swing is the first in a series that play with interaction in rides and installations. Riders pass through openings in a waterfall created by precisely monitoring their path via axel-housed encoders, creating the thrill of narrowly escaping obstacles. Andrew Ratcliff, Michael O'Toole, Andrew Witte, Ian Charnas

Swimming Cities | India Project

Handmade stainless steel boats with power-trains adapting motorcycles to paddlewheels and props. A continuation of Swimming Cities projects, the journey in Fall 2011 took these boats with a group of Brooklyn, NY based artists to the Ganges River in India for a two month, 400 mile journey from Haridwar to Varanasi where they engaged with the life on this holy river. See theoceanofblood.com to follow this journey.

Leo Villareal | Cosmos Light Sculpture

Fabrication and installation at Cornell University’s Herbert F. Johnson Museum of Art in Ithaca, NY. Project Architect - Walter Smith.

Photos by Simon Wheeler, Ithaca Journal

Waterfall Swing

Towering steel swing set holding arrays of mechanical solenoids that create a water plane falling in the path of its riders. Formed from a tangent of ideas raised from the study of interactions of water as space, the swing is the first in a series that play with interaction in rides and installations. Riders pass through openings in a waterfall created by precisely monitoring their path via axel-housed encoders, creating the thrill of narrowly escaping obstacles.

The swing is an interactive art piece and a collaborative project between Mike O'Toole, Andrew Ratcliff, Ian Charnas
and Andrew Witte.

A big Thank You to all the people who have supported us! See a list here.


How the Waterfall Swing works

Water recirculates through 384 independently controlled solenoid valves at the top of the structure to create a wall of water. This water starts from a collection pool on the ground and is pumped up to a 4" distribution pipe that feeds the solenoids. Rotational encoders mounted on the swing axis gather information about the angle and speed of each swing. That information is sent to a computer that predicts the action of the rider. The computer then creates a hole in the wall of water, allowing the rider to swing through without getting wet.


Copyright Paul Sobota

Press

Waterfall Swing by Dash 7 Design
Katherine Dunn, Frame Magazine, 10/26/2012

The Waterfall Swing
Christopher Jobson, Colossal, 10/15/2012

Waterfall Swing makes waves on the Web
Claudine Zap, Yahoo News, 10/12/2012

Water-Spewing Swing Set to Delight and Frighten Children
John Metcalfe, The Atlantic, 10/10/2012

Grown-Up Science Fair brings Waterfall Swing to New York
Drew Grant, The New York Observer, 9/2011

7 Awesome DIY Projects from Maker Faire New York 2011
Andrew Moseman, Popular Mechanics, 9/2011

The Coolest Things at World Maker Faire 2011
Katie Palmer, IEEE Spectrum Inside Technology, 9/2011

Science and Art Mingle at New York's Maker Faire
Allison Meier, Hyperallergic, 9/2011

Chips, Code, and Gears: Maker Faire 2011 Gallery
Sal Cangelo, geek.com, 9/2011

Swingin' in the rain
Steve Hobley, Maker Faire Daily, 7/2011

Dale Dougherty: We are makers
Dale Dougherty, TED@Motorcity, 1/2011

Swinging in the Rain
John Baichtal, Make Magazine Issue #25, 1/2011

Ingenuity, Friday Night
Erick Trickey, Cleveland Magazine Blog, 9/25/2010

Maker Faire Detroit: Try This at Home!
Chuck Lawton, Wired Magazine, 8/3/2010

Swinging in the rain #makerfaire
Dale Dougherty, dalepd|Dale Dougherty, 7/31/2010

Makers Dozen: Detroit
Dale Dougherty, Make Blog, 7/25/2010

 

Videos 

Matt Lauer & Savannah Guthrie ride the Waterfall Swing on the TODAY Show on Rockefeller Plaza. April 4, 2013.



The TODAY Show logo printed in water on Rockefeller Plaza. April 4, 2013.



Waterfall Swing featured in "Things Can Always Be Better" ad for the 2013 Honda Civic, first aired January 2013.



Waterfall Swing riders at World Maker Faire. New York, September 2011.



Water writing at World Maker Faire. New York, September 2011.



More Information

Additional still images and a specification sheet are available here.