Ancheta Portfolio

Jerrold Anchetaindustrial [email protected]

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Back

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Backpack Hook

Backpack hook Wishbone

Jerrold Ancheta | jpancheta@gm

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Jerro

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Back

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Backpacks are portable office spaces that contain laptops, books and other important supplies. When taking them to the workplace, (school, office, workshop…etc,) they tend to be on the floor, table or chair. What if the workspace is crowded? There is no specified place to keep it easily accessible and out of the way.

Problem Statement



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During the visual anthropology research, participants were asked to photograph products as they exist in their habitat. They were asked not to organize the area so that we can see how the products exist on a day-to-day basis. When I analyzed the photos, I realized a pattern that tables were being used as a place to put their backpack in order to keep it off the floor. Their reasons were to keep them in plain sight for easy access.

Research

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Out of the way/Off the floor

Where

Flat surfaces

Walls

Tables

Doors

Floors

Stairs

Ceilings

Door knobs

Type

Holster

Hook

Folding

Clicking

Sliding

Turning

Stuff carried

Keys

Wallet

Clothes

Purse

Bags

Backpacks/messenger bags

Diaper bags

Mobile

Folding

Twisting

Clipping

Bending

Latching

Hook & loop(Velcro)

Stationary

Door knob

Screw in

Hooks

Chairs

Research: Brainstorm



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Extra

Fundametal

contemporary

Traditional

Opportunity

Mobile

Stationary

familiar

Exotic

Opportunity

A group brainstorm (left) session helped me find different ways of keeping backpacks off the floor. Key words help me with my decision making process. The opportunity matrices (right) reduced the problem found in visual anthropology and brainstorming. Placing competing or similar product on a chart reveals the areas that have not been addressed with other products.

Research: Opportunity Matrices

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Back

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The goal was to compose different ways of keeping backpacks off the floor, where and how the product can hold the backpack, how it can be portable, and where the product can be stored when not in use. below are images that inspired this project.

Ideation

The material used in this design would be an aluminum zinc alloy. The aluminum is light weight and pliable. The zinc is added for strength. The process used will be impression-die drop forging. This material will be very strong once the alloy is heat treated. Compared to cast iron, the alloys have better machinability, can be cast to closer tolerances and have a superior as cast surface finish. They also are generally better suited for short production runs and less likely to require protective finishes. These advantages have resulted in substantially reduced production costs for numerous applications.

Materials & Process

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The backpack hook is easy to use.

How it works



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Final Product1) The articulating arm folds for storage and portability

2) Carabiner style end to hold your backpack

3) With the use of the backpacks gravity, the foot will secure the hook in place.

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Back

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The practical uses are numerous; hanging backpacks, purses, bags, groceries, umbrellas or any item that can be hung and that needs to be kept close. It is universal and uses are endless.

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Ergo

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Water Filter Pitcher

Ergo Water Filter Pitcher


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Jerro

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Our group set out to redesign the water filter pitchers. We initiated a survey for different configurations of the pitcher of how it is held. We found out that it was easier for the user to pour if the handle was tilted in towards the spout. With the information that was given, we rendered a pitcher that would fit those needs.

Redesign of Water Filter Pitchers



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IdeationFurther ExplorationAfter the group project, there were some design flaws that would cause problems. I took it upon myself to reconfigure the pitcher. One issue was the filter basket would not fit in the pitcher. With further analysis I came up with a design that alleviated those problems.

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I’ve made different material changes to the pitcher. Too much color made the pitcher appear cheap and child-like. During further development I chose a minimal sets of material in order to make the pitcher look high end.

Material Study



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Cross section of the handle

The Bobble has an activated carbon filter which is super effective at reducing the unpleasant taste and odor of chlorine which may be found in regular municipal tap water.

Two types of materials would be used for the top. Plastic (HDPE) will be pressure formed and aluminum (5083) would be superformed.

This two parts are made out of blown soda lime glass and formed into a mold. Glass was chosen for its high perceived value and its decorative quality.

The integrated handle offers a comfortable grip for pouring.

Water Filtration

Top

Pitcher & Filter Basket

Easy Grip Handle

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Jerro

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Back

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rrold

Anch

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| jpa

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So

lidwo

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Fixie

Bike

Solidworks: Fixie Bike



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Jerro

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Back

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rrold

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| jpa

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So

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Fixie

Bike

Exploded ViewThis project was to design a bike frame in SolidWorks and make it unique. I wanted the top tube to cover more area on the head tube because that section of the frame is where it takes the most stress while riding. This area is where a phenomenally large amount of energy needs to be dispersed because of the impact of the fork and the wheel creates while riding. I made the seat stay triangular and follow the curve of the rear wheel. I also designed customized rear drop outs.



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SolidWorks Fixie Bike


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Pesonalizing

1) Triangular seat stay & seat post clamp2) Personalized ”e” logo rear dropout3) Rectangular style top tube

This project was to design a bike frame in SolidWorks and make it unique. I wanted the top tube to cover more area on the head tube because that section of the frame is where it takes the most stress while riding. This area is where a phenomenally large amount of energy needs to be dispersed because of the impact of the fork and the wheel creates while riding. I made the seat stay triangular and follow the curve of the rear wheel. I also designed customized rear drop outs.

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Jerro

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So

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Fixie

Bike



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Flatp

ack:

Rock

-n-R

olla

Flatpack: Rock-n-Rolla



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Flatp

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Rock

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Mock-Ups

Flatpack: Rock-n-RollaJerrold Ancheta | jpancheta@

gmail.com

This project was focus on designing and developing furniture for a child up to six years old. The design was constructed of 2.5’ X 5’ treated plywood, with minimal waste of materials, and can be disassembled for shipping. The use for my design is rocking horse inspired furniture. The design addresses functionality, stability and can easily be moved by a child. I studied how my child interacted with the flatpack. I adjusted the angle of entry and the seat height in order for her seat comfortably. I’ve been asked to make the Rock-N-Rolla for my friends and family. I’ve made two so far.

Flatpack

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Flatp

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Rock

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Orthographics & Flatpack Cutout

2 ½ ft. x 5 ft. sheet of ½” plywood

Flatpack: Rock-n-RollaJerrold Ancheta | jpancheta@

gmail.com

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Bud

Vase Bud Vase



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Bud

Vase

The idea was to make a tabletop vase that stands on a flat surface and holds at least a half an inch of water. My design is a thermoformed product that successfully resolves the 2D and 3D elements inherent to this particular manufacturing process. The mold was turned on the lathe but made some simple cuts out on the band saw. In addition to my design I tried something different by incorporating a clear window to see into the vase. Also the vase can hang over an edge. I’ve entered my bud vase design into the Freetech thermoformed part competition in the summer of 2011. It received 2nd place.

Bud Vase

Bud VaseJerrold Ancheta | jpancheta@

gmail.com

Jerro

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Re

ctilin

ear Rectilinear



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Jerro

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Back

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Re

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This project was the study of Dominant, Subdominant and Subordinate. The rectilinear construction creates an asymmetrically balance, well proportioned compositions using only 3 rectilinear forms in perpendicular relationship to one another. The Final composition was machined in wood, and painted flat white. In this first initial project I’ve learned how

Rectilinear



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Cu

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ear Curvilinear



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Jerro

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Cu

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In this assignment we explore both two and three dimensional media of design. The goal of this project is to help us understand three dimensional curves and volumes as well as develop our ability to apply rectilinear cross sections to generate complex, curvilinear forms. With this assignment I used koa wood and tung oil finish. My intention was to compose a standing curvilinear that balances. My inspiration was the yoga tree pose and a supermodel that had elegance and attitude.

Curvilinear



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Fla

shlig

ht Flashlight



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Jerro

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Sketches & Mock-ups



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The goal is to develop a flashlight that is useful (fits a need), usable (comfortable and easy to use) and desirable. It also had to incorporate specific components and batteries. I wanted to design a flashlight that also can be used in self-defense. I noticed that some people would walk at night to their cars and hold their keys between their fingers or had some form of defense attached to their keys. I thought it would be useful to make a hilt-like flashlight that can be used as self defense device. Through my sketches and my mock-ups, I had to figure a way to make the flashlight look aggressive but desirable for the user.

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CO2 R

ocke

t Car CO2 Rocket Car



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CO2 R

ocke

t Car

This project was to design a CO2 powered racer. The form of the car would be partially dictated by the CO2 cartridge that powers it, the location of the wire that will guide it, and a cargo space. In addition to the criteria, I laser cut black acrylic wheels instead of the default wheels given to us and I added bearing to the wheels for easy rolling.

CO2 Car Red Rider



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1.875

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Ty

pogr

aphy

Typography is the craft of endowing

human language with a

durable visual form.RobertBringhurst

Typography



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TypographyJerrold Ancheta | jpancheta@

gmail.com

Aa Bb C

c Dd Ee

Ff G

g Hh Ii

Jj Kk

Ll Mm

Nn Oo Pp

Qq Rr S

s Tt U

u Vv W

w Xx Yy Z

z

Aa Bb C

c Dd Ee

Ff G

g Hh Ii

Jj Kk

Ll Mm

Nn Oo Pp

Qq Rr S

s Tt U

u Vv W

w Xx Yy Z

z

Aa Bb C

c Dd Ee Ff

Gg Hh I

i Jj K

k Ll M

m

Nn Oo Pp

Qq Rr

Ss Tt

Uu Vv W

w Xx Yy Z

z

Aa Bb C

c Dd Ee Ff

Gg Hh I

i Jj K

k Ll M

m

Nn Oo Pp

Qq Rr

Ss Tt

Uu Vv W

w Xx Yy Z

z

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Century Gothic is a geometric sans-serif typeface designed for Monotype Imaging in 1991. It is a digital typeface that has never been made into actual foundry type. Century Gothic takes inspiration from Sol Hess’s Twentieth Century, which was drawn between 1937 and 1947 for the Lanston Monotype Company as a version of the successful Futura typeface, but with a larger x-height and more even stroke width.

The Century Gothic face is distinct for its single-storey lowercase a and g. Century Gothic is more closely related to Avant Garde Gothic, designed by Herb Lubalin, and released by the International Typeface Corporation (ITC) in 1970. Century Gothic is similar to ITC Avant Garde in its pure geometry, and does not possess the subtle variation in stroke width found in either Futura or Twentieth Century. However,

it differs from ITC Avant Garde in that Century Gothic does not have a descender on lowercase u (making it appear like a Greek upsilon υ), whereas Avant Garde does. Century Gothic also has larger, rounder tittles on letters such as i and j, whereas Avant Garde keeps the tittles square and the same width as the letter strokes.v

Ensemble Concert:Combined Choruses & SymphonyLocation: Meany Theater$10 all tickets

Mozart’s Great Mass in C minor Mozart’s monumental unfin-ished work comes to life with the combined voices of the Cham-ber Singers, University Chorale, and University Singers, and the University Symphony, all under the direction of Geoffrey Boers.

Ensemble Concert:Student Chamber EnsemblesLocation: Brechemin Auditorium$5 all tickets

A program of string quartets including Dmitri Shostakovich’s complex but sprightly String Quartet No. 7.

Opera:TartuffeLocation: Meany Studio$20 general admission$15 students/seniors.

Additional Info: A Northwest premiere! Kirke Mechem’s 1980 comic opera, “Tartuffe,” is a fresh look at Molière’s 1660s com-edy, “Le Tartuffe ou l’Imposteur,” in which a con artist trying to pass for a holy man is exposed. Performed in English; David McDade, conductor; Claudia Zahn, director.

Ensemble Concert:Mallet Head Series: Hammer JazzLocation: Brechemin Auditorium$10 all tickets.

Music made with hammers on bars and strings is featured in this jazz concert by faculty members Tom Collier, vibraphone, and Marc Seales, piano.

2012march

ManhattanSchool of Music

Ensemble Concert:Jazz Innovations, Part 1Location: Brechemin Auditorium$5 all tickets

A survey of jazz innovations from 1800 to 1930.

Ensemble Concert:Jazz Innovations, Part 2Location: Brechemin Auditorium$5 all tickets

Jazz innovations continue from 1930 to the present.

Ensemble Concert:Wind Ensemble, Concert, Symphonic& Campus BandsLocation: Meany Theater$10 all tickets

“Continental Divide” Highlights include Ivan Tcherep-nin’s “Concerto for Two Continents” for synthesizer and wind symphony, David Stanhope’s “Australian Fantasia,” and “Rhapsodie for Viola” by Jean Françaix, with faculty soloist Melia Watras.

Student Recital:Keyboard Debut SeriesLocation: Brechemin Auditorium$5 all tickets

Eric Cline, piano; Dina Shilleh, piano

For reservations and information: www.msmnyc.edu orphone 917-493-4428

120 Claremont Avenue,New York, New York

1TH7:30 pm

23FR7:30 pm

17SA7:30 pm

10SA7:30 pm

27TU7:30 pm

2FR7:30 pm

7WE7:30 pm

9FR3:30 pm

Guest Artist Recital:Douglas Cleveland, organLocation: Walker-Ames Room$15 general admission,$10 students/seniors

Douglas Cleveland, director of music at Plymouth Congregation-al Church, Seattle, and former Northwestern University faculty member, has performed in 48 states, as well as such international venues as Westminster Abbey, Notre-Dame Cathedral, andThe Moscow Conservatory.

Ensemble Concert:University SymphonyLocation: Meany Theater$10 all tickets

Maestro Peter Erös conducts Hindemith’s “Nobilissima Vi-sione,” based upon the life of St. Francis of Assisi; Prokofiev’s Piano Concerto No. 1, Natalya Kalendarev, soloist; and Stravin-sky’s “Firebird Suite,” 1919 version.

The Manhattan Percussion Project:A series of discussions and collaborativeperformancesby New York percussionistsFree admissionThe Alan M. and Joan Taub Ades Performance Space. Concert of works with world premier by Aguilar, and performances by Lang and GinasteraJeffrey Milarsky, Conductor

2012february

ManhattanSchool of Music

Student Recital:Keyboard Debut SeriesLocation: Brechemin Auditorium$5 all ticketsJean-Louis Dulcken, Fortepiano;Marra Thompson, piano

Ensemble Concert:Brahms By The Dozen:The Two Great String Sextets Location: Meany Theater$10 all tickets

An Orchestral Performance Program benefit concert with Glenn Dicterow, Lisa Kim, Karen Dreyfus, Irene Breslaw,David Ge-ber, and Julia Lichten.

Ensemble Concert:Contemporary GroupLocation: Meany Theater$10 all tickets.

Works by Steve Reich and Louis Andriessen arefeatured in a concert of minimal music fromthe U.S. and Europe.

For reservations and information: www.msmnyc.edu orphone 917-493-4428

120 Claremont Avenue,New York, New York

3FR3:30 pm

24FRI7:30 pm

15WE3:30 pm

12SU7:30 pm

3FR7:30 pm

8WE7:30 pm

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Speaker System



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Jerro

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This project was to design a powered speaker enclosure that will addresses to my particular persona’s style. The Challenge was to focusing on materials and processes of a low-volume and find different ways that the enclosure can be designed.

Problem Statement

Speaker SystemJerrold Ancheta | jpancheta@

gmail.com

PersonaName: NeilAge:34Occupation: stucurtal engineerHobbies: Winter Sports, Marathons, Sport fanaticFamily: Married 7+ years; 2 kids

This is a person who enjoys his free time running outdoors. But when he is at home, he loves to entertain his family and friends. He is a trendy person and loves all the new tech equipment. His style is simple but sporty.

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Sketch Explorations


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Final 3 Concept Renderings

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Low-Volume Renderings

1. Volume control 2. CNC aluminum grill with a hexagonal pattern and anodized logo grill3. CNC rear panel and connector


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Part# Part Name Materials Manufacturing Process Finish Size Quanity Tooling part cost1 Speaker Grill Aluminum CNC Anodized 9.4x9.4x.55 1 159.43 per unit2 Speaker Box Polyurethane Resin injection molding glossy finish 270.87 cubic inches 1 $80,147 PUR: $33.78 per kg3 Back Panel Aluminum CNC Anodized 9.4x9.4x.55 1 159.43 per unit4 Rubber Feet 13/32x7/8 4 0.45 phillips screws 4-40 #1Drive 4 1

Low volume 1 10 100 500 1000 10000 50000 100000 500000 1000000tooling $30,519 30,519 3051.9 305.19 61.03 30.52 3.05 0.61 0.31 0.06 0.03

Speaker Grill 159.43 per unit $159 $159 $159 $159 $159 $159 $159 $159 $159 $159Speaker Box PUR: $33.78 per Kg $33.78 $33.78 $33.78 $33.78 $33.78 $33.78 $33.78 $33.78 $33.78 $33.78Back Panel 159.43 per unit 159.43 159.43 159.43 159.43 159.43 159.43 159.43 159.43 159.43 159.43

30,872 3404.54 657.83 413.67 383.16 355.69 353.25 352.95 352.7 352.67

Low-Volume Bill of MaterialsIn my low volume production, I relied on high cost to produce a higher level of detail by using CNC to produce an attractive speaker grill and rear panel. The use of Reaction Injection Mold is similar to injection molding method but the tooling cost less and it takes a little longer to produce.

This is the ideal price point because at every 10,000, the low-volume version of my speakers is at an appropriate profit. I won’t save as much and afterwards retooling will be involved for RIM.

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High-Volume Renderings

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1. Screw driver slots for accessing the internal compontents2. Perforated sheet metal and screen printed logo3. Plastic injected hexagon patterned back panel and rear connector


gmail.com

Part# Part Name Materials Manufacturing Process Finish Size Quanity Tooling price1 Speaker Grill Aluminum screen printed logo 9.4x9.4x.55 1 $32 Upper Speaker Polycarbonate injection molding glossy finish 1 $80,147 $80,1473 Lower Speaker Polycarbonate injection molding glossy finish 1 $96,632 $96,6324 Rubber Feet 13/32x7/8 4 0.45 phillips screws 4-40 #1Drive 4 1

High volume 1 10 100 1000 10000 50000 100000 1000000upper tooling $80,147 $80,147 8014.7 801.47 80.1 8.01 1.6 0.8 0.08Lower tooling $96,632 $96,632 9663.2 966.32 96.63 9.66 1.93 0.97 0.1

PC 6.33 6.33 6.33 6.33 6.33 6.33 6.33 6.33 6.33Speaker Grill $3 $3 $3 $3 $3 $3 $3 $3 $3

Stailess steel phillips screw 0.29 x 4 $1 $1 $1 $1 $1 $1 $1 $1Rubber Feet .10 x 4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4

$176,790 17688.81 1778.7 187.64 28.58 14.44 12.68 11.09

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This is the ideal price point for the speaker enclosure because the price is incremental after 100,000 units.

High-Volume Bill of MaterialsHigh production runs rely on low part cost and the ability to quickly produce the product and with little or no secondary operations to stay profitable. The use of injection mold process is the ideal process for the enclosure. Round perforated sheet metal is stamped for cost efficiency for the cover.

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®Ergonomic Group Project:Jerry Ancheta, Brian Au,Leon Chen, Chi Fan Lin, Amanda Spivey

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Intent:• To personify daily train transit user• Experience train, station and ticketing environments• List observable events and obstacles• Document the way existing devices and mechanisms are utilized• Question/Analyze/Critique opportunity areas that can create an ideal train ride experience

Goal:• Ease the user and process of train transit• Understand the decision factors which led to current designs• Promote the use of public trains as public transportation

Train to Airport Description

Caltrain User Interface DisplayJerrold Ancheta | jpancheta@

gmail.com

• Small luggage area-specific area• Small compartment under the seat similar to airplanes• Differing ticket kiosk programs bring transfers to a halt • Identifying transfer trains• Finding transfer stops• Weather/destination changes

Obstacles Encountered

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We observed many layouts of maps and commercial displays to help develop an interface that made sense. We listed what was useful material for the user and what needed to be on the display. Afterwards we sketched layouts on how the information would be read on the display.

UI Display Ideations

Final Direction



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Final UI Display

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Global Positioning System

Explanatory

2x 32inch LCD Monitors

3x 15 inch LCD Monitors

32 FT

5 FT

7.5 FT

We found it necessary to place the bigger monitors in front and back of the train. This gives the passenger easy viewing when walking through the aisle. We included six additional monitors, (three one each side,) for “status at a glance”.



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Caltrain User Interface

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Inside Out Project: Fan



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Designing a mechanism that pushes or pulls air through an interior space. My challenge with this project is to create a product that shows its internal mechanisms on the outside and make it alluring.

Problem Statement



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ReasearchSWOT AnalysisStrengths: help save costs on energymake a room feel cooler speed controldecorative touch to a room

Weaknesses:difficult to installdrys out eyes cleaning of dust from blades

Opportunities:changeable color blades for mood

Threats:central heatingair conditionersfloor fans

Inside Out Project: FanJerrold Ancheta | jpancheta@

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Moving airthrough a

spaceWhere is it used?

Living room

Bedroom

Bathroom

Kitchen

Where in the room can it be placedCeiling

Tables

Walls

Corners of room

Windows

Doors

Why Circulates heated air in room

Have a breeze through the room

What is it?Human factor

Hand fan

Open window onopposite sides of room

Bellow

Blowing air with lips

Passing gas

Stationary bike

Motorizedelectronics

Ceiling fan

Breakdown

Wiring

Ground

Neutral

Fan power

Light power

Reverse switch

Blades

Down rodMounting brackets

Decorative housingLight housing

Blade arms

Capacitor Pull chains

Switch

MotorStator

Rotor

Bearings

Motor cover

Materials

Glass

Aluminum

Zinc alloy

Polyamides Function

Motioncontrol

Climate control

Does not cool down air

Provides lighting

Circulating air

Cools down people

Technology

Blended sensors

Temperature sensitiveflexible sheets

Floor fan

Air conditioner

Centrifugal fan

Stove vent

Vaccum

Hand dryers

Hair dryer

Blower

Ergonomics

User interface

Easy button location

Light indicators

Remote control

On/off switch

Speed control

Light switch

Sustainability

Uncommon fans

Convective

Coand effect

Electrostatic

Types of movement

Rotary

Linear

Noisy

Energyefficent

Asethetics

Inside out

Adjectives

Zen

Feng shui

Balanced

Aerodynamic

FastMechanical

WhimsicalSlick

RelaxationFuturistic

UserEnviromental

Busy person

Techie

Transfers the magneticenergy from the stator.

Mind MappingFrom the mind map I’ve learned that the fan should not be an orthodox style of fan and should reflect mimic how the wind blows.



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Inspirational ImagesA lot of my inspiration came from how wind effect nature, and the way humans use it to propel them through space.The result is a dynamic form, which derivesits action fom oscilation not from rotation like other fans.

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Initial Sketches

Biomimicry of wind

water powered fan

regular looking fans

analogy of children parachute

simulation of a humming bird

Airzooka

inspired by Ciclotte stationary bike Final Direction

awning inspired

I had to change the idea of a fan and asked the question, “How do i move air in an interior space?”



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Final 3 Directions

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Ideation



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Mock-ups

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20 rpm GearmotorEliminate the need for belts, chains, and other speed reducers, the gearmotors are provide precise, constant speed for timing and positioning.

Middle BaseHelps to stabilize crankshaft

Wall Mounting Brackets

Top Base and Bearing

Exploded View



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Children’s Luggage



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Product BriefNew parents are an exciting demographic to design for. Their lives change dramatically in many ways and with that they face new challenges. There are many opportunities to design products to assist parents during this process of adaptation. Among the new challenges parts face are:Transporting childrenCarrying children’s itemsTransporting foodProtecting childrenFinding a place on the go to play, eat and sleepThere are many other challenges we expect you to uncover through your research. you will spend time getting to know this demographic and doing research in a small teams and then develop focus area for your own individual project.

Children Luggage


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InterviewsMichelle Occupation: EngineerStatus: MarriedLives: Mountain ViewDrives: Toyota 4runner, LR2 LandroverKids: 6 yr. old, 2 yr. old

Weekend: Carries backpack for items: extra clothes, diapers, wipes, snacks, water bottles and toysNeeds: A luggage for the husband that traveling a lot and that the children can use.

MichaelOccupation: Human Resource ManagerStatus: MarriedLives: GilroyDrives: Honda AccordKids: 7yr old, 3 yr. old, 7 month oldWeekend: Diaper bag with bottles, diapers, food, extra clothes, blankets, wipes, diaper cream, and toys

Needs: a bag that can pass as a regular bag, not a diaper bag.

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Children LuggageJerrold Ancheta | jpancheta@

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Name: Meshell & NeilAge:34Occupation: Engineer & ITHobbies: Shopping, Winter Sports, MarathonsAesthetics: CAR: Toyota 4runner, Range RoverFamily: Married 7+ years; 2 kids 6 year old and 2 year old.

Meshell & Neil daily routine:Before Meshell goes to work, she would drop off her 6 year old at school and drops off the two year old at her parents’ house. Neil takes business trips every other week. They take their kids everywhere they go. Family is everything to them. Every weekend they do some sort of family activity together. Neil is very efficient. He makes sure that they only bring the necessities when they go on trips.

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Initial Ideation


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Final ConceptMy final concept was for the business parent. The luggage can be used when the parent is on business trips but transforms into a ride to lug their child around.

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Lugg Features

Retractable pull cord

molded grips

integrated padded seat

gel wheels


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Documents

Ancheta Portfolio