Instead of just using prebuilt hybrids, we could be given the option to make our own hybrids by combining and matching body parts and traits of different species similar to what was featured in LEGO Jurassic World. The system could open up a whole new level of experimentation by enabling positive and negative consequences for both the park and the hybrid.
Each trait or genetic modification—strength, intelligence, aggression, speed, defense characteristics, etc.—comes with it unique effects or costs. Poorly optimized hybrids can suffer from detriments like:
Impaired mobility (e.g., raptor body and Ankylosaurus tail that interferes with balance)
Reduced lifespan or perpetual sickness due to biological instability
Behavioral issues such as mental instability, taking a page from the Scorpios rex
To help make hybrids a valuable investment, they could also feature entertainment or park appeal ratings. A well-designed hybrid would boost park ratings and revenues, but a poorly designed one would be a costly error—both in dollars and in terms of missed guest satisfaction.
This system would provide us with a new level of freedom and free-building creativity . It could also generate greater unique experiences for everyone, as we all have to deal with the consequences of any poor hybrid created.
Below is a example of the system
Step 1: Base Frame Selection
Choose a base species that defines the general shape and classification (e.g., raptor, ceratopsian, theropod).
Each base frame has unique bonuses and limitations (e.g., size limits, diet type).
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Step 2: Trait and Feature Integration
Choose individual traits from other species. Each trait has:
Effects (positive, negative, or neutral)
Costs (DNA, money, time)
Synergy rating (how compatible it is with the base frame)
Trait TypeExamples
Head: Carnotaurus horns (boost dominance), Pachy dome (boost offense)
Tail: Ankylosaur club (defense, but slows speed and less stamina)
Limbs: Therizinosaurus claws (high offense), Iguanodon thumbs (unique behaviors)
Special perks: Bioluminescence, venom glands (Scorpios-like), thermal vision (like night vision)
Each time you add a trait, it affects:
Combat Ability
Speed
Intelligence
Instability
Entertainment Value
Health, lifespan, or fertility
Mutation & Balance Meter
A visible bar that reflects how stable or unstable the hybrid is. Inspired by Spore’s complexity meter or Kerbal Space Program's stability indicators.
Green: Balanced – functions well, lives long, draws in crowds
Yellow: Moderate issues – reduced lifespan, potential deformities
Red: High instability – short lifespan, escape risk, mental breakdowns (like Scorpios rex)
You can still choose to proceed with an unstable hybrid it's a risk-reward choice.
Production Cost & Time
Each trait adds to the total cost and incubation time.
Unique traits (like camouflage) = $$$$
Stable combinations = cheaper
Unstable combinations = very expensive + low success rate
Optional upgrades to the lab can help offset risks or costs.
Behavioral Traits
Hybrids can have unique behaviors based on their parts:
Territorial
Pack-hunting
Nocturnal
Easily agitated
Requires isolation
High escape risk
High showmanship (boosts entertainment rating)
Park Impact & Management
Hybrids influence your park in major ways:
FeatureImpact
Entertainment RatingA high-performing hybrid can become the park’s main attraction
Security RiskUnstable hybrids need extra containment
Guest AppealSpecific traits (glow, roar, size) can boost guest interest
Each trait or genetic modification—strength, intelligence, aggression, speed, defense characteristics, etc.—comes with it unique effects or costs. Poorly optimized hybrids can suffer from detriments like:
Impaired mobility (e.g., raptor body and Ankylosaurus tail that interferes with balance)
Reduced lifespan or perpetual sickness due to biological instability
Behavioral issues such as mental instability, taking a page from the Scorpios rex
To help make hybrids a valuable investment, they could also feature entertainment or park appeal ratings. A well-designed hybrid would boost park ratings and revenues, but a poorly designed one would be a costly error—both in dollars and in terms of missed guest satisfaction.
This system would provide us with a new level of freedom and free-building creativity . It could also generate greater unique experiences for everyone, as we all have to deal with the consequences of any poor hybrid created.
Below is a example of the system
Step 1: Base Frame Selection
Choose a base species that defines the general shape and classification (e.g., raptor, ceratopsian, theropod).
Each base frame has unique bonuses and limitations (e.g., size limits, diet type).
---
Step 2: Trait and Feature Integration
Choose individual traits from other species. Each trait has:
Effects (positive, negative, or neutral)
Costs (DNA, money, time)
Synergy rating (how compatible it is with the base frame)
Trait TypeExamples
Head: Carnotaurus horns (boost dominance), Pachy dome (boost offense)
Tail: Ankylosaur club (defense, but slows speed and less stamina)
Limbs: Therizinosaurus claws (high offense), Iguanodon thumbs (unique behaviors)
Special perks: Bioluminescence, venom glands (Scorpios-like), thermal vision (like night vision)
Each time you add a trait, it affects:
Combat Ability
Speed
Intelligence
Instability
Entertainment Value
Health, lifespan, or fertility
Mutation & Balance Meter
A visible bar that reflects how stable or unstable the hybrid is. Inspired by Spore’s complexity meter or Kerbal Space Program's stability indicators.
Green: Balanced – functions well, lives long, draws in crowds
Yellow: Moderate issues – reduced lifespan, potential deformities
Red: High instability – short lifespan, escape risk, mental breakdowns (like Scorpios rex)
You can still choose to proceed with an unstable hybrid it's a risk-reward choice.
Production Cost & Time
Each trait adds to the total cost and incubation time.
Unique traits (like camouflage) = $$$$
Stable combinations = cheaper
Unstable combinations = very expensive + low success rate
Optional upgrades to the lab can help offset risks or costs.
Behavioral Traits
Hybrids can have unique behaviors based on their parts:
Territorial
Pack-hunting
Nocturnal
Easily agitated
Requires isolation
High escape risk
High showmanship (boosts entertainment rating)
Park Impact & Management
Hybrids influence your park in major ways:
FeatureImpact
Entertainment RatingA high-performing hybrid can become the park’s main attraction
Security RiskUnstable hybrids need extra containment
Guest AppealSpecific traits (glow, roar, size) can boost guest interest
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