Cazza Pitch Deck (2017): 23-Slide Series A Deck

Cazza presents a high-stakes hardware play in the construction technology sector, seeking an $80 million Series A round to scale its autonomous 3D-printing robotics. The deck centers on two primary hardware products: the X1 (starting at $480,000) and the X1 CORE (starting at $620,000), which are designed to print concrete foundations and structures. The company leverages significant external validation, citing a Deloitte study and its selection for the Dubai Future Accelerator. While the deck provides specific pricing and technical specifications for its robots, it lacks detailed financial pr…

Key takeaways

• The company is seeking a Series A round of $80 million, a significantly high figure for an early-stage hardware startup (Slide 17).
• Cazza offers two main hardware products: the X1 starting at $480,000 and the X1 CORE starting at $620,000 (Slides 10, 12).
• The technology claims to make construction processes up to 40% more efficient by minimizing human labor (Slide 10).
• External validation is a core pillar of the deck, citing Deloitte's findings of 50-70% reduction in construction time and 50-80% lower labor costs (Slide 6).
• The business model is diversified across hardware sales, proprietary 'ink' (concrete) sales, and consulting services (Slide 16).
• Cazza highlights its participation in the Dubai Future Accelerator and collaborations with the Dubai government to establish 3D printing building codes (Slide 21).
• The R&D team is positioned as a key asset, led by a PhD in Robotics Engineering and a Postdoctoral fellow in Materials Engineering (Slide 20).
• The deck identifies Win Sun and Apis Cor as primary competitors but claims Cazza is the only one selling the actual technology (Slide 22).

Frequently asked questions

What is the primary product Cazza is selling?

Cazza sells autonomous 3D-printing robots, specifically the X1 and X1 CORE models. These machines are designed to automatically print concrete frameworks, foundations, and structures up to 6 meters in height. Unlike some competitors who operate as service providers, Cazza emphasizes that they sell the hardware directly to construction companies, alongside proprietary concrete 'ink' and consulting services.

How does Cazza justify its $80 million Series A ask?

The deck does not explicitly provide a 'Use of Funds' slide to justify the $80 million figure. However, it implies high capital requirements for hardware manufacturing, R&D, and large-scale projects, such as a 5,000-housing project mentioned in the Dubai section. The high price point of their machines ($480k-$620k) suggests a capital-intensive business model requiring significant upfront investment.

What is Cazza's competitive advantage in the 3D printing space?

According to Slide 22, Cazza distinguishes itself by being the only company that sells the technology rather than just providing printing services. They also claim technological superiorities such as 'Self Automated' site analysis, human-detecting safety sensors to prevent on-site hazards, and the ability to operate the mobile tracked platform remotely via software.

What traction has the company achieved so far?

Cazza's primary traction is centered in the Middle East. They were selected for the Dubai Future Accelerator (1 of 30 participants) and collaborated with the Dubai government on building codes. The deck mentions they are working with several large construction companies in Dubai on housing projects expected to start in Fall 2017, including a planned 5,000-unit project.

Who are the people behind Cazza?

The company was founded by Chris Kelsey (CEO, age 20) and Fernando De Los Rios (COO, age 27). Both previously held leadership roles at Appsitude, an app development company. To balance the founders' youth, the deck highlights a highly credentialed R&D team composed of PhDs and Masters-level engineers in robotics, materials, and mechatronics.

Cazza pitch deck: the facts

Company

Cazza

Year

2017

Stage

Series A

Slides

23

Sector

Construction Technology / Robotics

Deck type

Fundraising Pitch Deck

Outcome

Unknown (Company later pivoted/rebranded)

Headquarters

Dubai, UAE / Silicon Valley, USA

Cazza pitch deck PDF

The full Cazza deck is embedded on this page and can be read slide by slide in the browser — no download or account required. Each slide is covered in the breakdown above.

What the Cazza (Cazza Construction Technologies) pitch deck was used for

This is Cazza’s 2017 Series A pitch deck (around 23 slides), used to raise a stated $80 million to scale its construction‑robotics platform that 3D‑prints buildings up to roughly 6 meters high. The company, founded in 2016 by Chris Kelsey and Fernando De Los Rios, positioned itself as a construction‑automation startup using mobile robots (such as the Cazza X1) and proprietary, partly recycled concrete‑like materials to build homes and commercial structures faster, cheaper, and with lower environmental impact. The deck emphasizes Cazza’s participation in the Dubai Future Accelerators program and early relationships with Dubai authorities to explore large‑scale 3D‑printed projects, including high‑rise applications. It presents a business model based on selling hardware (robots), consumable ‘ink’ materials, and design/engineering services for developers and governments adopting 3D‑printed construction.

Business model: Developer and seller of large-scale construction 3D‑printing systems, combining mobile 3D‑printing robots with conventional construction methods, and offering related design/engineering services and proprietary concrete-like materials.

Round

Series A (per the 2017 pitch deck labeling).

Year

2017

Founded

2016

Founders

Chris Kelsey, Fernando De Los Rios

Headquarters

San Francisco, California, United States

Industry

Construction and Engineering / Construction Technology

Raising: The 2017 pitch deck states that Cazza was seeking an $80 million Series A round to scale its 3D‑printing construction technology and commercial deployment.

What happened after the Cazza (Cazza Construction Technologies) deck

Cazza gained significant media and ecosystem attention between 2016 and 2017 for its mobile construction 3D‑printing robots and high‑profile Dubai initiatives, but an industry review in 2018 concluded that the company had effectively shut down and was “officially dead,” indicating that it did not achieve sustained commercial success.

• Founded in 2016 by Chris Kelsey and Fernando De Los Rios to develop mobile 3D‑printing robots and construction automatio
• Publicly announced plans with Dubai authorities to explore 3D‑printed skyscraper construction and 3D‑printed buildings a
• Launched and began taking orders for the portable Cazza X1 3D‑printing robot, promoted for printing houses and similar s
• Participated in Dubai Future Accelerators and gained media attention for its goal of 3D‑printed smart cities and rapid h
• By 2018, industry analysis reported that Cazza had effectively ceased operations and was considered “officially dead.”

What the Cazza (Cazza Construction Technologies) deck got right

• Clear articulation of construction inefficiencies and macro opportunity. Cazza addressed a clearly articulated problem—traditional construction being inefficient, costly, dangerous, and environmentally damaging—and tied it to a compelling macro theme of automation and sustainability in the built environment. This problem framing helps investors understand why a radical solution like large‑scale 3D printing could unlock significant value.
• Distinctive robotics‑based construction 3D‑printing technology. The company presented a differentiated technical solution: mobile 3D‑printing robots (e.g., the Cazza X1) and crane‑like systems capable of printing walls and structures on site, integrating with conventional methods for reinforcement and services. External articles highlighted capabilities such as printing a 100–200 m² house in about a day with minimal labor, reinforcing the deck’s claims about speed and automation benefits.
• Proprietary, sustainability‑focused material system. Cazza’s deck and contemporaneous coverage emphasized proprietary, concrete‑like materials with high recycled content (up to about 80% according to interviews), supporting the narrative of improved sustainability and reduced waste versus traditional construction. This materials angle strengthens both the environmental case and the potential for recurring consumables revenue.
• High‑profile Dubai innovation and pilot positioning. The company had visible strategic relationships and visibility in Dubai, including participation in Dubai Future Accelerators and publicized plans to contribute to 3D‑printed buildings and even skyscrapers as part of Dubai’s innovation agenda. These associations lent credibility to the market demand story and suggested a path to early flagship projects.
• Multi‑pronged revenue model across hardware, materials, and services. Cazza’s proposed business model combined high‑value hardware sales (robots like the X1), recurring materials (‘ink’), and engineering/design services, giving multiple revenue levers tied to both capex and ongoing project activity. For investors, this offered potential for both upfront cash flow and longer‑term annuity‑like streams if deployments scaled.
• Alignment with third‑party research on 3D‑printing benefits in construction. The narrative around speed (e.g., printing a house in a day), cost reductions, and design flexibility aligned well with third‑party studies on 3D printing in construction, such as Deloitte’s analysis of time and labor savings. This alignment with external research helped frame Cazza’s technology within a broader, validated industry trend.

What could have been stronger

• Ambitious $80M Series A target with limited visible traction support. The deck reportedly states that Cazza was seeking an $80 million Series A while still being a very young company founded in 2016, with limited publicly documented commercial deployments; this is a very large target round size relative to the available evidence of traction. The slides visible via OCR emphasize vision and technology benefits but do not show verified revenue, long‑term contracts, or detailed unit economics that would justify such a large early‑stage raise.
• Limited company‑specific performance data versus third‑party studies. The problem and solution slides focus on qualitative claims and references to external studies (such as a Deloitte report on 3D printing in construction) rather than Cazza’s own data or pilots. There is no externally verifiable quantitative evidence in the deck text you provided—such as completed square meters printed, cost per square meter versus traditional building, or safety statistics—to substantiate its performance claims.
• Overreliance on aspirational Dubai opportunities without disclosed contract details. Cazza’s strategy relied heavily on Dubai Future Accelerators participation and Dubai’s public commitment to 3D‑printed construction, but the deck does not (from the text we see) spell out formal contract terms, project scopes, or timelines with the Emirate. This makes it difficult for investors to assess how much of the pipeline is aspirational versus supported by binding agreements.
• Understated execution and regulatory risks given later shutdown. External reporting later documented that Cazza effectively shut down by 2018, suggesting challenges in execution, financing, or both. Because the deck presents a very optimistic vision without discussing key operational risks—such as regulatory approvals, construction‑code compliance, and long field‑testing—investors would need to probe these areas beyond what is covered.
• Sparse detail on hardware and materials unit economics. The deck positions hardware sales and proprietary ‘ink’ materials as core revenue streams, but available descriptions do not include detailed cost structure, manufacturing scalability, or supply chain plans for the robots and consumables. For investors, the lack of disclosed unit economics and margin assumptions for hardware versus materials is a material omission.

How an investor would read this deck

What draws attention

• The large stated Series A ask of $80 million for a 2016‑founded startup in a capital‑intensive hardware and construction space, which requires clear justification in terms of customer commitments, pilot results, and product readiness.
• The strength of Cazza’s technical IP and engineering team building the X1 and related robots, including details on patents and defensibility in a growing construction‑3D‑printing competitive landscape.
• The depth and binding nature of Cazza’s relationship with Dubai government entities (via Dubai Future Accelerators and skyscraper‑printing announcements), including any signed MOUs or contracts, not just pilots.
• Real‑world performance metrics of the robots—such as time and cost to print a specific house size, failure rates, and required human labor—to validate the Deloitte‑style savings claims.
• Regulatory, permitting, and building‑code pathways for 3D‑printed structures in key markets, and whether any structures had already been approved and insured using Cazza’s methods.

Risks that stand out

• Adoption risk in a conservative, regulation‑heavy construction industry where building codes, insurers, and contractors may be slow to embrace 3D‑printed structural elements despite technological promise.
• Technology and execution risk associated with scaling from prototypes and demonstrations to reliable field deployment across varied environments, as suggested by the company’s apparent shutdown by 2018.
• Capital intensity and long payback cycles inherent in developing, manufacturing, and supporting large robotics hardware, which may require more funding than anticipated and expose investors to down‑round or insolvency risk.
• Concentration risk if early revenue depended heavily on Dubai projects or a small number of governmental relationships that could change with policy or budget shifts.
• Competitive risk from other construction‑3D‑printing companies and traditional contractors investing in automation, which could erode Cazza’s first‑mover advantage absent strong, enforceable IP.

Questions this deck invites

• What concrete commercial contracts, letters of intent, or paid pilot agreements did Cazza have in place at the time of the 2017 deck, particularly with Dubai‑based developers or government entities, and what were their monetary values and t
• What were the fully burdened unit economics of one Cazza X1 robot (or similar platform), including manufacturing cost, sale price, expected service revenue, and gross margin profile for both hardware and proprietary materials?
• How many buildings or square meters of structure had actually been printed, under what conditions, and with what third‑party verification of structural integrity and code compliance?
• What was the company’s capital expenditure roadmap and burn rate to reach profitable scale, and how would the proposed $80 million Series A be allocated between R&D, manufacturing, and project delivery?
• Which specific regulatory approvals and standards (e.g., local building codes, fire safety, insurance requirements) had already been satisfied in each target geography, and what remained outstanding?

What founders can take from the Cazza (Cazza Construction Technologies) deck

• Extremely ambitious visions—such as 3D‑printed smart cities and skyscrapers—can generate attention and partnerships (e.g., with Dubai initiatives) but must be backed by concrete, verifiable performance data and contracts to convince sophisticated investors.
• In capital‑intensive hardware sectors like construction robotics, targeting a very large early‑stage round (Cazza’s stated $80 million Series A) increases scrutiny on traction, unit economics, and execution plans; without that evidence, raising such a round is difficult.
• Relying heavily on a single flagship geography or government partner, such as Dubai for 3D‑printed construction, creates concentration risk that investors will probe unless diversified pipelines are clearly documented.
• External hype and media coverage of prototypes and proposed projects do not guarantee company durability; Cazza’s apparent cessation of operations by 2018 illustrates that even widely publicized deep‑tech startups can fail quickly.
• Decks that lean on third‑party reports (for example, Deloitte’s analysis of 3D‑printing benefits) should still foreground company‑specific evidence—pilots, revenue, costs, and customer feedback—to avoid appearing theoretical.
• For novel construction technologies, addressing regulatory, standards, and insurance pathways directly in the deck can strengthen credibility, as these hurdles can be as important as the core engineering innovation.

Cazza (Cazza Construction Technologies) pitch deck: common questions

What is Cazza and what did the company do?

Cazza (Cazza Construction Technologies) was a San‑Francisco‑based construction‑technology startup founded in 2016 by Chris Kelsey and Fernando De Los Rios to develop large‑scale 3D‑printing robots and systems that automate building construction. Its technology combined mobile robotic 3D printers, cranes, and proprietary concrete‑like materials to erect walls and structures rapidly on site.

What does Cazza’s 2017 Series A pitch deck focus on?

The 2017 Cazza pitch deck presents the company’s plan to commercialize mobile construction 3D‑printing robots capable of printing buildings up to about 6 meters tall, with a revenue model based on selling the robots, ongoing materials (‘ink’), and related services. It cites studies like Deloitte on cost and time savings from 3D printing in construction, highlights Cazza’s participation in Dubai’s innovation initiatives, and frames the opportunity as transforming global construction with automated, environmentally friendlier methods.

How did Cazza’s construction 3D‑printing technology work according to the deck and press?

The deck and contemporaneous coverage describe mobile robots such as the Cazza X1, a crane‑like 3D‑printing system that extrudes a concrete‑like material—reportedly with up to 80% recycled content—layer by layer to build walls and structural elements. These systems were promoted as being able to print houses and other low‑rise structures quickly, while using standard reinforcement and finishing methods for a complete building.

Which fundraise was the 2017 Cazza deck used for and how big was it?

The specific 2017 pitch deck you are asking about was hosted on Slideshare and is described as a 23‑slide Series A presentation in which Cazza sought an $80 million raise to scale its 3D‑printing construction platform. The deck showcases its Dubai relationships, outlines hardware and materials revenue streams, and includes problem/solution framing around inefficiency, cost, safety, and environmental impact in traditional construction.

What ultimately happened to Cazza after the 2017 pitch deck?

Later reporting indicates that Cazza effectively ceased operations; a 2018 analysis noted that the company appeared to be “officially dead,” and Cazza has been discussed in the 3D‑printing press as a defunct startup despite its ambitious early plans. The deck therefore represents the company’s aspirations at the time and not a reflection of long‑term commercial success.

Sources

Funding and outcome facts on this page were researched on 2026-08-21 from the pages below.

• Cazza Construction Technologies Introduces 3D Printing...
• Cazza - We design-build 3D printed dream projects.
• Dubai company ready to 3D print your house, says 19-...
• Meet the 19 year old high school dropout who wants to 3D print cities | The Express Tribune
• Cazza construction startup promises to reveal secret 3D printing...
• Rychleji, levněji a 3D. Startup, jehož roboti způsobí revoluci ve stavebnictví
• The new portable Cazza X1 robot 3D prints homes
• A U.S. startup is working with Dubai to advance 3D printing for construction

Cazza pitch deck slides

What each slide of the Cazza pitch deck says

Slide 2

r We envision a fi here construction processes are complet aut d an ings are developed by artificially intellig machines — a Lar PA fin 1 — a

Slide 3

What are we solving? Construction has been almost the same over the last hundreds of years. Traditional processes are inefficient, expensive, dangerous, and have negative effects on the environment. &)coz20

Slide 4

“The UN estimates that by 2030, approx. 3 billion Wired : : Magazine people will require housing and 3D printers . ‘Singapore just launched are one potential Science Alert a plan to fill the city with solution” 3D-printed homes" &cazzo

Slide 5

The Facts oh wis 2 = ~ ~~ = B “25% of Dubai's buildings will be 3D printed = \ | by 2030" 4 = Sheikh Mohammed, Ruler of Dubai [ dans ~~ = EMIRATES “i = " ——— cE “Dubai unveils world's first 3D-printed ——e ) - R$ office building” Bt 0 i re APR TOY Eran

Slide 6

Quotes from a recent Deloitte study regarding the benefits of implementing 3D printing in construction: Faster Due to a 50-70 percent reduction in construction time based on increased automation Cheaper Due to 50-80 percent lower labor costs, less wastage of material as it is an additive process, and potentially lower financing costs due to shorter execution time. Better Due to the ability to create customized and intricate design, inbuilt insulation in 3D printed walls and a higher sustainability footprint due to the use of recycled waste as part of the raw material and concrete.

Slide 7

What are we doing about it? We are developing a new system of construction that provides more efficient processes in architecture, engineering, and materials that revolutionizes the way we design and develop houses and buildings. This system includes providing large-scale 3D printing technologies that can automatically "print" houses and buildings based on the software designs. E=)cezza

Slide text above is read directly from the Cazza deck PDF embedded on this page.

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