10 Factors to Consider Before Ordering Animatronic Dinosaurs for Your Theme Park

An animatronic dinosaur exhibit can transform a theme park's traffic, dwell time, and social media presence. But the decision to order should never be driven by enthusiasm alone. Park owners who skip the planning stage end up with figures that are too large for their site, underpowered, difficult to maintain, or out of compliance with local codes. This article walks through the ten factors you must evaluate before placing an order, based on lessons from dozens of park installations across the United States and Europe.

1. Site Conditions and Layout

Your site determines what you can physically install. Measure the available footprint, including setbacks from paths, buildings, and property lines, then check overhead clearance for the tallest figures, both for operation and for the installation crane or forklift. Confirm soil conditions and load-bearing capacity: a 40-foot sauropod with a steel frame and concrete base can weigh several tons, and soft ground or buried utilities can complicate footing work. Walk the site with the manufacturer's dimensions in hand, not the other way around. If you are placing multiple figures, sketch a layout that keeps sightlines open and prevents figures from blocking each other or competing for attention.

2. Power and Electrical Infrastructure

Every moving figure needs electricity, and outdoor exhibits need weatherproof power delivered to the right location. Check what voltage and amperage your panel can supply, how far the figures sit from the nearest sub-panel, and whether local code requires GFCI protection, dedicated circuits, or a licensed electrician for the run. A large pneumatic figure with a compressor can draw 5 to 15 amps during operation; a herd of ten figures may need a dedicated 50-amp feed. Budget for the electrical work early, because trenching, conduit, and panel upgrades are often the most delayed part of an installation. Your manufacturer can tell you each figure's power draw, but only your site survey tells you what it costs to deliver that power.

3. Climate and Weather Exposure

Outdoor animatronics live in your weather, whatever it is. If your park operates in a hot desert climate, specify UV-stabilized coatings and heat-rated electronics. In freeze-thaw regions, plan for winterization or indoor storage. Coastal parks must fight salt corrosion on fasteners, actuators, and electronics. Ask the manufacturer how their standard product performs in your climate and what upgrade packages exist. The cheapest figure is the one built for your environment from the start, not the one that survives only until the first storm. Our guide to weatherproofing animatronics for extreme climates details the specification options, and our maintenance guide explains the seasonal routines that keep outdoor figures alive for a decade.

4. Crowd Flow and Sightlines

An animatronic exhibit is a crowd attractor, and crowd attractors create congestion. Think about where families will stop, where they will take photos, and whether that spot blocks a main thoroughfare, an exit, or a ride queue. Design viewing areas with enough width for strollers and wheelchairs, and place figures so that their best angles face open gathering space rather than a fence. Consider the flow of the daily program: if roars and movements trigger on a schedule, position audio and motion so they do not startle guests at pinch points or interfere with nearby food service areas. A good layout directs traffic, a bad one creates bottlenecks.

5. Budget Beyond the Sticker Price

The quoted price of the figures is only part of the project. Plan for shipping and customs, inland freight, site electrical work, concrete bases and theming, installation labor, insurance, and a maintenance reserve. A practical planning figure is to add 25 to 35 percent on top of the purchase price for a turnkey first-year budget. Do not stretch your capital budget so thin that you cannot afford the electrical and base work, because a figure sitting in a crate because the pad is not ready is a worse investment than buying one less figure and installing the rest properly.

6. Maintenance Capability and Staffing

Who will look after these machines? Animatronics need daily checks, weekly functional tests, and monthly inspections, plus the occasional repair. If your park has a maintenance technician, a training session and manufacturer remote support may be enough. If not, you must either hire or contract support, or keep the exhibit simple enough that failures are rare and replaceable. Be honest about your capacity before ordering twenty-motion monsters. A park with no technical staff is usually better served by fewer, simpler figures and a strong warranty than by a complex herd it cannot maintain. Our staff training guide lays out exactly what your team needs to learn.

7. Safety and Regulatory Compliance

Public-facing installations carry safety obligations. You need guardrails or setbacks where guests could reach moving parts, emergency stops that are accessible to staff, secure anchoring so figures cannot tip in wind, and electrical installations that meet local code. Depending on your jurisdiction, you may need permits for the structure, electrical work, and possibly occupancy changes. Insurance carriers will want to see risk assessments for moving exhibits, especially near children. Work through these requirements before ordering so your design, base, and placement comply from day one. Our insurance and safety compliance article covers the standards and paperwork in detail.

8. Storage and Flexibility for Seasonal Use

Does your park operate year-round? If you close for winter or run a seasonal calendar, decide where figures go when they are not on display. Some parks leave weatherproofed figures in place year-round; others store them indoors to protect skins and mechanics. Indoor storage requires floor space, height clearance, and protection from pests and moisture. If figures will move between locations or return to storage each season, choose modular designs that assemble and disassemble cleanly and budget for the labor of that cycle. Flexibility costs a little more at purchase time and saves a great deal over ten years.

9. Vendor Reliability and After-Sales Support

The manufacturer you choose is your partner for the life of the exhibit. Evaluate how quickly they respond to inquiries, whether they stock spare parts for the models you are buying, how their warranty claims process works, and whether they have technicians who can travel to your site. Ask for references from parks in your region and ask those references about response times, spare parts availability, and hidden costs. A manufacturer with an in-house factory, like HC Dinosaur, can support you directly instead of routing you through a trading company. The 15-question checklist in our manufacturer selection guide gives you a structured way to compare candidates.

10. Future Expansion and Theming Consistency

Think beyond this order. Most parks expand their dinosaur zones over time, adding species, interactive areas, and seasonal overlays. Choose a manufacturer whose catalog and custom capabilities let you extend the same visual language, paint style, and control system in future phases. Matching later additions to earlier figures is far easier when you stay with one supplier, and mixing vendors can produce a visually inconsistent zone that guests notice. Also consider whether your control system can scale: a single controller managing multiple figures, synchronized shows, and future sensors is a real advantage over standalone units you cannot network.

Bringing It Together: Your Pre-Order Review

Before you sign a purchase agreement, run through these ten factors as a checklist and write down a concrete answer for each. Site survey complete? Power plan costed? Climate specification chosen? Maintenance staffing assigned? Compliance path identified? Storage arranged? Vendor reference calls made? Expansion roadmap sketched? Parks that can answer all ten have dramatically fewer surprises during installation and operation, and they consistently report higher satisfaction with their exhibits.

It also pays to involve your operations and maintenance teams in the review, not just management and marketing. The people who will run and repair the figures will spot practical issues that the decision-makers never see, and their buy-in makes day-to-day operation smoother. Procurement is the moment when your team's collective judgment matters most.

Finally, remember that the goal is not simply to buy animatronic dinosaurs; it is to create an attraction that serves your park for a decade. A slightly longer lead time for the right product, a slightly higher spend for the right materials, and a slightly more involved planning process all look trivial next to the operating headaches they prevent. Park owners who treat this as a strategic project, not a commodity purchase, get the lasting returns.

Scoring Your Park Against the Ten Factors

Reading the ten factors is one thing; applying them is another. The practical tool is a simple decision matrix: for each factor, rate your park from 1 (ready) to 5 (not addressed) and assign a rough priority weight. Site conditions and power are hard constraints; a score of 5 on either means the project cannot proceed as planned until resolved. Climate, budget, and maintenance capability are structural; a 4 or 5 on these should change the specification or the phasing, not just add risk. Crowd flow, compliance, storage, and vendor reliability are manageable with planning, and expansion strategy is the factor most parks can defer, as long as the control system you buy today can scale tomorrow. The matrix does not need to be scientific; it needs to be honest. Parks that complete it before ordering consistently avoid the two classic failures: buying figures the site cannot support, and buying more complexity than the team can maintain.

Phasing Your Rollout

Few parks should install a full herd in one season. Phasing spreads cost, risk, and learning. A typical rollout: phase one installs three to four hero figures in the highest-visibility locations, which you market hard and learn to maintain; phase two, a season later, adds supporting species, interactivity, and a spare parts program built from the first season's failure data; phase three expands the zone, refines the show programming, and adds seasonal overlays. Phasing has a second benefit: your team's maintenance skills mature alongside the herd, and the first season's mistakes, which every park makes, happen on a small scale instead of a large one. It also protects the budget, because phase two and three decisions are made with real attendance and revenue data rather than forecasts. A phased rollout is not timidity; it is the professional way to build a lasting attraction, and it is how the most successful dinosaur zones in the industry were built.

Common Mistakes to Avoid When Ordering

The failures that hurt parks most are repetitive, and naming them is the best prevention. The first is ordering to the imagination instead of the site: a park buys the tallest figure in the catalog, then discovers the delivery route, the door height, or the wind load makes it impossible, and pays for modification or a smaller replacement. The second is under-buying power and control infrastructure: figures arrive and the park discovers the electrical service or the control network was never sized, adding costs and delays at installation. The third is treating the manufacturer as a warehouse instead of a partner: parks that skip the specification conversation get standard figures with standard skins and standard warranties, then complain the figures do not match the climate or the brand. The fourth is ignoring the maintenance reality: a park without a technician buys servo-heavy figures and struggles from season one, when a simpler specification would have thrived. And the fifth is signing before the site plan exists: the contract commits to delivery dates, but the site work that must precede installation was never scheduled. Every one of these is visible in the planning stage, and every one is cheaper to fix in a spreadsheet than on a concrete pad. The parks that avoid them are not luckier; they simply treat the ordering decision as the engineering and business project it is.