H1 IP65 Beam: 34,500-Lumen Outdoor Moving Head Breakthrough

Outdoor environments are tough—especially when you’re trying to keep looks consistent:

• LED walls, street lighting, and skyline glow can wash out beams fast
• Humidity, rain, dust, and salt air punish optics and mechanics
• Touring schedules demand repeatable cues and minimal downtime
• Public installations require safety, documentation, and compliance readiness

The H1 IP65 Beam was designed around those constraints. The goal isn’t a spec sheet that looks impressive—it’s a fixture that’s easier to trust when conditions aren’t perfect.

With 34,500 lumens, the H1 IP65 Beam is built to remain readable in real outdoor environments:

• Better long-throw presence across wide viewing angles
• More resistance to ambient light and changing haze density
• Stronger “main-visual” beam structure without over-stacking fixtures

In practical terms: you can often achieve the same visual impact with fewer units, or push bigger looks with the same footprint.

At the core is a precision RGB laser engine delivering 16.7 million colors with high saturation and clarity.

Unlike conventional systems that rely heavily on absorption filters (which can reduce brightness and sometimes create uneven color intensity), the H1 emphasizes pure RGB component mixing. That helps preserve output and improves efficiency—translating into:

• richer tones
• deeper contrast
• cleaner transitions
• more consistent color intensity across cues

From bold color atmospheres to razor-sharp aerial beams, the H1 IP65 Beam is tuned for large-format visual design.

Brightness is the foundation; effects are where design becomes flexible. The H1 IP65 Beam includes a set of moving head beam effects built to be usable—not gimmicky.

Motorized zoom lets one fixture cover multiple roles:

• tight beam angles for punch, climax hits, aerial stacks
• wider angles for transitions, texture, and spatial depth

• Dynamic gobos add texture and motion that reads well both on stage and on building surfaces
• Multi-layer prism effects create arrays, splits, and stacked geometry—especially powerful in haze

Movement is designed to feel intentional—smooth starts, stable tracking, accurate stops—so cues look refined instead of shaky or cheap.

The H1’s IP65 enclosure is engineered to resist water and dust intrusion and reduce environmental wear. Whether you’re running stadium shows, outdoor festivals, or public installations, IP65 is less about bragging rights and more about risk control:

• fewer weather delays
• fewer emergency covers and last-minute protection hacks
• more consistent performance across seasons

For many public events and fixed installations, compliance isn’t optional—it’s part of approvals and operational safety. The H1 IP65 Beam is designed to align with international Class 1 certification requirements, including:

• RG3 IEC EN 62471-5:2015
• CLASS 1 IEC EN 60825-1:2014

Using optical conversion approaches developed through extended R&D, the system is intended to deliver uniform, powerful output while supporting safer deployment workflows. If your project touches public sightlines, landmark locations, or regulated environments, this is the kind of detail that keeps teams moving forward instead of getting stuck in review cycles.

Note: control protocol and channel modes vary by configuration—confirm console profile/library needs before deployment.

Here’s the short, practical comparison:

1. Color generation: pure RGB mixing vs filter-based approaches
2. Outdoor readiness: IP65 sealing for rain/dust vs indoor-focused housings
3. Beam presence: 34,500-lumen output designed to hold up against ambient light
4. Look flexibility: zoom + gobo + prism layers for both aerial and texture work
5. Deployment confidence: compliance-focused design for public-facing projects
6. Total cost of ownership: fewer weather failures and fewer “band-aid” protections can mean smoother production life

• Run tighter zoom during drops for “knife” beams that cut through LED walls
• Use prism arrays to build width without increasing fixture count
• Treat gobos as rhythmic texture—great for mid-energy sections between peaks

• Prioritize placement that reduces extreme tilt angles to keep beam geometry clean
• Use zoom to maintain consistent beam thickness across distance changes
• Build layered looks: tight core beams + widened transition scenes

• Use gobos for “architectural language” (lines, grids, organic textures)
• Keep gradients slow and intentional—RGB mixing can deliver smoother color shifts
• Consider sightlines: design for both near and far viewers (street-level + skyline)

• Program loops with moderate movement ranges to reduce mechanical stress
• Schedule maintenance checks aligned with run hours, not calendar days
• Favor stable looks that remain strong even when haze is inconsistent

• Build a simple cleaning routine for lens surfaces
• Store and transport with sealed protection to reduce salt and moisture exposure
• Plan positioning to avoid direct high-pressure water exposure during cleaning cycles

There isn’t one universal number, but you can estimate fast using three variables:

1. Venue scale and throw distance — longer throws usually require higher output for consistent readability.
2. Ambient light level — city centers and LED-heavy stages demand more intensity and stronger beam structure.
3. Visual role — if beams are your main visual, allocate more units for symmetry and depth; if beams are accent layers, fewer units can still create premium moments.

• Outdoor exposure? → prioritize IP65
• Need aerial “hero” beams? → prioritize output + zoom
• Need texture for architecture? → prioritize gobos + gradient control
• Public-facing site? → prioritize compliance readiness
• Tight show schedule? → prioritize reliability + predictable programming

The H1 IP65 Beam is for teams who want a fixture that performs when conditions get real: 34,500-lumen output, RGB color mixing, IP65 durability, flexible zoom/gobo/prism effects, and a compliance-ready mindset for public-facing projects.

If you’re building a festival rig, a stadium show, a landmark installation, or a night-tour system—and you want beams that look powerful and stay reliable—this is the kind of tool that makes your design easier to execute.