hybrid robot-5-23-12-umn-final_presentation
TRANSCRIPT
Hybrid Robot [a lab prototype]
Niche Markets $100M
• Special Forces• Law Enforcement• First Responders
New Markets$500M
• Security, Surveillance• Educational• Retail, Toys
TEAM 1- Hybrid Robot, University of Minnesota A Robot for Joint Ground and Airborne Operations
iCorps Journey Point of Departure
http://youtu.be/tb6o0wR9QEQ2 min video
Video locally
TEAM 1- Hybrid Robot, University of Minnesota A Robot for Joint Ground and Airborne Operations
Mike Bazakos – ELUMN, Industrial R&D and
Technology Transfer
Nikos Papanikolopoulos – PIUMN, Distributed Robotics (DR)
and Computer Vision (CV)
Steve Savitt – IMATK, Industrial R&D
and Insertion
Hybrid Robot [a lab prototype]
Dario Canelon-Suarez (PhD student)
DR Lab/Webinars
Guru Somasundaram(PhD student, CV)Interview support
OUR TEAM Ravi Sivalingam(PhD student, CV)
Lab support
Hybrid Robot Team 1 (UMN)
• Resource for ruggedization• Resource for S.W.A.P. • Resource for aero-engineering • Resource for precision manufacturing
• Develop alpha prototype
• Develop beta prototype
• Establish production
• Facilities for manufacturing
• IP (patents, etc.) • Human capital
• Funding sources
• Cost of selling • Cost of unit production • Cost of support and training • Cost of market share capture
• Asset sales or leasing • Fixed pricing with product
options • Volume pricing
• Internal sales force
• Outside sales agents
• Personal support • Dedicated
support personnel by customer segment
Existing Markets• DOD Special Ops • IEDs/Bomb squads
New Markets • Fire/police• NBC handling• Prisons
• Newness • Getting the job
done • Convenience /
usability • Job safety
THE ORIGINAL IDEA
Initial Hypothesis Tested
The optimum market would be the same as current market for the
Ground Scout Robot (Defense and First Responders)
ACADEMIAICRA Conference
UMN Mechanical EngineeringUMN CS&CE
UMN School of AgricultureDepts: Plant Pathology Biosystems Horticulture Entomology Agronomy
AGRICULTUREUMN Biosystems & Agricultural
EngineeringMN Agricultural & Water
Resource CenterMN Corn Crowers Association
MN Soybean AssociationIndividual Mid/Large Production
Farmers (1,000+ acres)
GOVERNMENTNaval Post-Graduate School
UNMC (The Marines)TSWG (DOD)
US ArmyLaw EnforcementMSP Airport PD
INDUSTRYWillow Garage
Target CorporationAlliant Tech Systems (ATK)
HoneywellLockheed Martin
3MJohnson Controls
Best Buy
We went out and talked to 108 groups & individuals
What we found!
• Potential market for agricultural applications is 10X larger
• We have a potential Market Segment Pivot: Agriculture
Typical Agriculture Customers
• Farmers with basic farming equipment (tractor, plows, etc.)
• Buy services that use more expensive equipment (aircraft spraying, harvesting machines, etc.)
Agricultural Functions Performed
• Precision agriculture• Vertical farming• Aerial surveillance of crops• Weed detection• Soil/moisture assessment• Disease assessment
Hybrid Robot Team 1 (UMN)
• Resource for ruggedization• Resource for
S.W.A.P. • Resource for
aero-engineering • Resource for
precision manufacturing
• Develop alpha prototype
• Develop beta prototype
• Establish production
• Facilities for manufacturing
• IP (patents, etc.) • Human capital
• Funding sources
• Cost of selling • Cost of unit production
• Cost of support and training • Cost of market share capture
• Asset sales or leasing • Fixed pricing with product
options • Volume pricing
• Internal sales force
• Outside sales agents
• Personal support • Dedicated
support personnel by
customer segment
• Existing markets• DOD Special Ops
• IEDs/Bomb squads
• First Responders• New markets
• Agriculture• Fire/police
• NBC handling• Prisons
• Newness • Getting the job
done • Convenience /
usability • Job safety
PIVOT: New Market Segment
Next Hypothesis Tested
The hybrid robot would have sufficient air time range and payload
capacity for intended application
What we found!
• Agricultural farms tend to be very large areas (2,000+ acres)
• Very long air times would be required (several hours vs. 15 min max supported by the hybrid robot)
• We Need a Technology Pivot: Use a separate, larger ground robot to carry, launch, recover, and re-charge the air robot
Hybrid Robot Team 1 (UMN)
• Resource for ruggedization• Resource for
S.W.A.P. • Resource for
aero-engineering • Resource for
precision manufacturing
• Develop alpha prototype
• Develop beta prototype
• Establish production
• Facilities for manufacturing
• IP (patents, etc.) • Human capital
• Funding sources• Our Loper ground robot
• Cost of selling • Cost of unit production
• Cost of support and training • Cost of market share capture
• Asset sales or leasing • Fixed pricing with product
options • Volume pricing
• Internal sales force
• Outside sales agents
• Personal support • Dedicated
support personnel by
customer segment
• Existing markets• DOD Special Ops
• IEDs/Bomb squads
• First Responders• New markets
• Agriculture• Fire/police
• NBC handling• Prisons
• Newness • Getting the job
done • Convenience /
usability • Job safety
PIVOT: New Technology [we already have it: Loper Robot]
Next Hypothesis Tested
Farmers (especially the small ones) are more likely to lease the product or buy service instead of buying the product
• Farmers want to see an actual demonstration, preferably at their farm, before they would purchase the service or the product
• Therefore one or more fairly robust prototypes would be required to be built
What we found!
• Buy product: The product must be easy to use, pay for itself in 2 years and must be working for 5+ years
• Buy Service: A typical expectation is 10+% net profit [*] increase.
• Business Pivot: Consider lease and/or service options
[*] combined benefit of cost reduction and yield increase
What we found (continued)!
• New Markets (primary focus)
• Agriculture• Infrastructure
Inspection & Protection• Niche Existing Markets (secondary)
• Special Ops• IEDs/Bomb
squads• First
responders
Getting the job done:Cheaper, faster, easier and saferProvide:Convenience & usability
• Internal sales force• Outside sales agents
• Personal support• Dedicated support personnel by customer segment
• Asset sales and service• Fixed pricing with product options• Volume pricing
• Facilities for manufacturing• IP (patents, etc.)• Human capital• Funding sources• Our Loper ground robot
• Develop alpha prototype• Develop beta prototype• Establish production
• Resource for ruggedization• Resource for S.W.A.P.• Resource for aero-engineering• Resource for precision manufacturing• Service providers
• Cost of selling/lease/service• Cost of unit production• Cost of support and training• Cost of market share capture
Hybrid Robot Team 1 (UMN)Our Final Version (has 3 pivots)
End-user DomainManufacturerUniversity of Minnesota
Hybrid Robot IP Flow
Hybrid Robot Technology Principal Investigator Robotics Lab Staff
Office of Technol
ogy Licensin
g
Robotics
Platform
CompanySales/
Lease/Service
Distribution
Network
Industry-specific Distribu
tor/ Support
Customer
Distribution Channels
RoboticCompany
Service
Sales
Large Farming Companies (>10K acres)
Medium Farms (2K<X<10K acres)
Small Farms (<2K acres)
$
Market Share Update(Beating Swords into Plowshares!)
TAM$5B
SAM$1BTarget Market $100M
TAM$500B
SAM$10BTarget Market
$1B
Military Market[Source: UMN Scout Robot experience]
Agriculture Market[Source: US Dept. of Agriculture]
Back-up slides
US Department of Agriculture
US Department of Agriculture
US Department of Agriculture
US Department of Agriculture
American agriculture landscape as of 2007
• Number of farms: 2,204,792 (75,810 more farms than in 2002)• Acres in farms: 922,095,840 (Loss of over 6 million acres since
2002)• Farms enrolled in conservation programs: 346,231 Farms
(38,547,450 Acres)• 125,000 farms produced 75% of the value of US agriculture
production• Government Payments: $8 billion, averaging $9,523 per farm.• Average per farm production expenses: $109,359• Female Operators: 306,209 (a 30% increase from 2002)
Source: USDA (US Dept. of Agriculture) - 2007 Census of Agriculture
US Department of Agriculture