Neewer NEEWER ER1 120CM CARBON FIBER MOTORIZED CAMERA SLIDER WITH APP CONTROL & REMOTE

Introducing the ER1 Series Motorized Camera Sliders – Unleash Your Creative Vision. Discover the perfect companion for your photography and videography endeavors with the ER1 series of Motorized Camera Sliders. Crafted from a combination of premium materials, including carbon fiber and aluminum alloy, these sliders are built to deliver exceptional performance and versatility for all your shooting needs. 1.Manual Settings Supported: Whether you're a professional or an enthusiast, the ER1 series lets you fine-tune your camera's position manually to achieve the perfect shot. 2. Video Shooting:Capture stunning video footage with ease, as the ER1 sliders provide smooth, precise motion to eliminate jerky movements in your videos. 3.Time-lapse Shooting:Create breathtaking time-lapse sequences by utilizing the time-lapse shooting feature, allowing you to capture the passage of time in a unique and artistic way. 4.Panoramic Video: Take your viewers on a journey with a 120° panoramic video capability, adding a new dimension to your visual storytelling. 5.Customizable Settings:Tailor your slider's operation with customizable settings, including speed control, sliding method (constant speed or slow-start/stop), point A/B selection, loop mode, video length, interval timing, and Bulb mode time. 6.Impressive Load Capacity: Achieve your creative vision with confidence, thanks to a robust maximum load capacity of 11lb (5kg) when placed horizontally or 5.5lb (2.5kg) when tilted at a 45-degree angle. ER1-120 Specifications: Length:47.2” (120cm) Wireless Control Range:Up to 32.8’ (10m) Slider Weight (with motor):6.1lb (2.76kg) Total Weight (entire kit):9.9lb (4.5kg) Remote Material:Durable plastics Remote Transmission:2.4G Remote Power Supply:5V 0.5A Remote Built-in Battery:1000mAh

• Versatile shooting options: Manual, video, and time-lapse.
• Smooth, professional motion control.
• 120° panoramic video capability.
• Customizable settings for speed and intervals.