Realistic Animatronic Cicada 3D Model | Steel Frame Edu Exhibit

Name: Realistic Animatronic Cicada 3D Model | Steel Frame Edu Exhibit
Brand: Yes Dino
Availability: InStock
Rating: 4.2 (7 reviews)

SKU	YAI-004
Product Name	The cicada 3D model is crafted from steel frames, sponge, and silicone, creating a lifelike representation.
Dimensions	Length: 2.5m, Height: 0.8m, Stump length: 1 meter.
Key Movements	Head rotation, antennae waving, wing flapping, and limb movement, etc.
Customization	Movements, sounds, dimensions, colors, etc.
Core Structure	The internal structure consists of a steel frame welded together and equipped with DC motors, while the outer body is sculpted from high-density foam and covered with silicone skin.
Control System	Cicada is also a common model in insect exhibitions. We often hear the sound of cicadas in summer, but it's not easy to see their true appearance. Now, with the large 3D cicada model, we can have a close look at its structural features, making it perfect for educational exhibitions.

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Product Description

YAI-004 Hyper-Realistic Animatronic Cicada Model

A 1:25 Scale, Militar-Grade Engineering Masterpiece for STEM Education and Interactive Exhibits. Trusted by 23 Global Institutions.

Precision Scale Model

1:25 scale, dimensions 2500×800×600mm (L×H×D), authentically replicating biological structure with 78kg total weight (including counterweight base).

Military-Grade Durability

3mm-thick 304 stainless steel frame supports 200kg load, passing 72-hour salt spray tests for extreme environmental resilience.

Multi-Modal Interaction

Integrated pressure sensors for touch feedback and acoustic module producing 85-110dB authentic cicada sound waves.

Engineered Realism

Advanced Bionics

Motion programming based on high-speed photography captures of real cicada wing trajectories (±45° amplitude, 3Hz frequency) for scientifically accurate movement.

Medical-Grade Materials

Skin made from medical-grade liquid silicone (Shore Hardness 25A) via injection molding, with UV aging resistance certified for 5000 hours.

Dynamic Realism System

4 sets of DC servo motors (20N·m torque) drive 6 degrees of freedom movement, simulating authentic cicada behaviors like wing flapping and antennal probing.

Intelligent Control

PLC control system supports custom motion programming with response latency<0.2 seconds. Open API port for biomechanical data acquisition (100Hz sampling rate).

Dynamic Motion & Interaction

Engineered to deliver lifelike cicada behavior through precision mechanics and responsive systems

Articulated Head & Antennae

270° head rotation and 60° antennae摆动, simulating environmental scanning and interaction behaviors.

Authentic Wing Motion

400mm wingspan amplitude, replicating the 3Hz flapping frequency observed in nature for educational demonstrations.

Touch-Activated Response

Integrated pressure sensors trigger realistic motion or sound feedback upon visitor interaction, enhancing engagement.

High-Fidelity Acoustics

Outputs 85-110dB cicada sound waves, adjustable for different behaviors like mating calls triggered by environmental sensors.

Technical Specifications

Physical Dimensions

2500mm (L) × 800mm (H) × 600mm (D)

Motion Range

Head Rotation: 270° / Antennae Swing: 60° / Wingspan Amplitude: 400mm

Power System

4 × 30W DC Geared Motors (IP54 Rated)

Operating Environment

Temperature Range: -10°C to 50°C

Total Weight

78kg (includes 15kg counterweight base)

Control & Data

PLC with<0.2s response. Open API for 100Hz biomechanical data sampling.

Applications & Benefits

Designed for immersive education, interactive exhibits, and reliable long-term operation

STEM Education

Ideal for natural history museums. Demonstrates insect exoskeleton mechanics with anatomical diagrams (recommended light intensity >300 lux).

Ecological Exhibits

Base pre-equipped with soil interface; humidity sensor linkage triggers realistic mating calls for immersive habitat displays.

Research & Film

Open API for biomechanics research. Used as a pre-visualization prop for film VFX, supporting 0.1mm precision motion capture.

Professional Application Guide

Tailored setup and operation for optimal performance in your venue

Educational Deployment

Pair with interactive displays explaining insect biomechanics. Ensure ambient lighting >300 lux for optimal viewing detail.

Interactive Exhibit Integration

Connect to environmental sensors (humidity, motion) for triggered behaviors. Proven for 18 hours/day operation in theme parks.

Research & Data Collection

Utilize the open API port for high-frequency (100Hz) biomechanical data acquisition, supporting academic research.

Important Notice

Due to differences between 3D rendering environments and the optical properties of physical materials (e.g., ~15% variance in reflectivity from the micro-porous structure of the silicone skin), the actual product may present visual differences from promotional media. Final specifications are subject to engineering drawings. Please contact us for accurate technical specifications and project data.