Five Star Yagi Satellite HD TV Antenna review

Want to cut your cable bill and get reliable over-the-air HD channels using a long-range Yagi antenna?

Product overview: Five Star Yagi Satellite HD TV Antenna up to 200 Mile Long Range

This antenna is marketed as a high-performance outdoor Yagi designed to pick up VHF and UHF channels with an upgraded smart chip that boosts reception and reduces noise. You’ll see claims of up to a 200-mile range (which depends on your location and local obstacles), support for 4K-capable TVs, compatibility with Radio/FM, and a kit that includes a 40 ft coax cable, 20-inch JPole mounting, a 4-way splitter and cable clips.

Quick specifications at a glance

Below is a compact table to help you scan the main specs quickly so you can decide whether this unit fits your needs.

Feature	Details
Model	Five Star Yagi Satellite HD TV Antenna up to 200 Mile Long Range
Frequency coverage	VHF and UHF (for digital OTA broadcasts)
Claimed range	Up to 200 miles (dependent on line-of-sight and local obstructions)
HD support	4K/1080p/1080i/720p (antenna supports signals for HD-capable TVs)
Included cable	40 ft coax cable
Mounting	JPole 20 inch height included; roof, attic, chimney, eave, mast mountable
Kit items	Antenna, mounting pole, 4-way splitter, 15 cable clips
Radio	Compatible with Radio/FM reception
Weatherproofing	Lightning protected, designed for wind and rain resistance
Assembly	Pre-assembled for some parts, full assembly required
TVs supported	Up to 4 TVs (via included splitter)

Design and build quality

The Yagi design here uses longer and larger receiving elements compared with some competing antennas, which should increase directional gain and help you pull in weaker signals. You’ll notice a straightforward metal construction and a long boom typical of Yagi arrays that prioritizes directionality and gain.

Antenna elements and structure

You’ll find extended elements and a long central beam that give this antenna its directional strength. A Yagi depends on careful spacing and element length to emphasize target frequencies, and this model claims to have refined those proportions for stronger reception.

Materials and durability

This unit is described as weatherproof and lightning-protected, with materials intended to resist wind and rain. You should still confirm hardware quality on arrival (tight bolts, no rust on fittings) and follow grounding recommendations to protect against lightning strikes and static buildup.

Signal performance and what to expect

The manufacturer advertises an “enhanced signal reception” feature using a smart chip booster. That can reduce noise and amplify weak signals, but remember that claims of a 200-mile range are optimistic in most real-world setups. Performance depends on your distance from broadcast towers, terrain, surrounding buildings, trees, and even the height of your mast or roof.

Real-world range and limitations

You can often expect good reception well beyond local city limits if you have clear line-of-sight and mount the antenna high. In hilly or heavily forested areas, the useful range can drop dramatically. Treat the 200-mile number as a best-case scenario under near-perfect conditions, not a guaranteed outcome.

VHF/UHF behavior and 4K support

This antenna covers both VHF and UHF bands used for digital OTA broadcasts. When TVs claim to be “4K compatible,” understand the antenna simply passes the broadcast frequency; actual 4K native OTA broadcasts are rare. You will reliably pick up common HD channels (1080i, 720p, 1080p portions depending on the broadcaster), and the antenna will feed a 4K TV with whatever OTA content is available in your market.

Radio/FM reception

The antenna claims compatibility with Radio/FM. If your setup or tuner supports FM via the same coax feed, you can likely receive stronger FM stations when the antenna is pointed toward their towers, though FM reception can be influenced by different factors than TV (FM uses different frequencies and propagation characteristics).

Installation scenarios: attic, roof, chimney, eave, mast

You have flexibility about where to mount this antenna. Each location has trade-offs between performance, exposure to the elements, and ease of maintenance.

Roof mounting

Roof mounting typically gives the best performance because you can achieve higher elevation and clearer line-of-sight to towers. You’ll get stronger signals and more channels, but you’ll need safe access, proper sealing at roof penetrations, and secure mounting against wind.

Attic mounting

Putting the antenna in the attic keeps it protected and easier to install, but you will usually lose signal strength compared with an outdoor mount. If your home has minimal roofing material and the attic is close to rooftop elevation, attic placement might be sufficient for urban and suburban users. Test first if possible before committing.

Chimney, eave, and mast options

Chimney mounts and eave mounts can be good compromises when roof access is difficult. A mast gives you height flexibility — the JPole 20-inch pole included is helpful for nearby mast systems or as a short riser, but you may want a taller pole depending on obstructions and your desired elevation.

Step-by-step installation tips

You’ll get some pre-assembled parts, but full assembly will still be required. Follow these practical steps to make installation smoother and safer.

Tools and materials you’ll likely need

You’ll want:

• Wrenches and screwdrivers
• Drill with masonry bits (for anchor points)
• U-bolts, screws, lag bolts for mounting
• Coax sealant and weatherproofing tape
• Grounding block and copper ground wire (per local electrical codes)
• Mast clamps or chimney mounting straps if applicable
• Ladder and safety harness for roof work

Aiming and alignment

Aim the Yagi toward the nearest strong broadcast towers. Use online tools like AntennaWeb, TV Fool, or a mobile app to find tower directions and relative signal strengths for your location. Small adjustments while performing channel scans will help you lock in the best direction.

Grounding and lightning protection

Even though the antenna is marketed as “lightning protected,” you should still ground the mast and coax with a grounding block and bond to a proper earth ground per local code. This reduces risk to your equipment and home. Consider an inline surge protector where the coax enters the house.

Connecting to multiple TVs

You’ll receive a 4-way splitter. Keep in mind that splitters introduce signal loss; each split typically causes a few dB of attenuation and can reduce quality on weaker channels. If you plan to feed more than one TV across long coax runs, consider a powered distribution amplifier to preserve signal strength.

Kit components and what they mean for you

The package comes with several items you’ll use during installation and operation. Knowing how each part affects performance helps you plan.

Included parts breakdown

• Antenna: main unit for receiving OTA signals.
• 40 ft coax cable: gives moderate length between antenna and your TV; you may need extra coax for farther runs.
• JPole 20 inch height: short mount/pole for attaching to a mast or base.
• 4-way splitter: lets you connect up to four TVs (at cost of signal strength).
• Cable clips: helps you route and secure the coax along your roofline or eaves.

How the included splitter affects signal

Splitters reduce signal strength. Typical passive 4-way splitters add around 7–10 dB of loss across outputs. That may be tolerable if you have strong signals or short cable runs; otherwise, a distribution amplifier or using fewer splits with powered amps can maintain quality.

Here’s a simple table to show estimated signal loss for common setups so you can plan:

Item	Typical additional signal loss (approximate)
40 ft RG6 coax	1–3 dB (frequency dependent)
100 ft RG6 coax	3–6 dB
2-way passive splitter	3–4 dB
3-way passive splitter	5–6 dB
4-way passive splitter	7–10 dB
Small inline amplifier (powered)	-15 to -20 dB gain (improves weak signals, can also amplify noise)

Use this table to judge whether the included splitter and cable will be sufficient, or if you should invest in a powered amplifier and longer, low-loss coax.

Performance in different environments

How the antenna performs depends on your setting: city, suburb, or rural.

Urban/suburban areas

If you live in a city or suburb with numerous broadcast towers and higher signal strength, you’ll likely pick up many local channels with minimal elevation and even with attic mounting. The antenna’s directional design helps reject unwanted signals from other directions, improving reliability.

Rural and fringe areas

In rural areas or beyond the immediate coverage of towers, the antenna’s gain and the booster chip become more important. Mount as high as practical and remove obstructions if possible. Even so, atmospherics, terrain, and foliage can limit reception. If you’re several dozen miles from towers, consider a tall mast and line-of-sight where possible.

Weather effects

Heavy rain, snow, and foliage can attenuate signals. The unit is described as weatherproof, so it should withstand normal storms, but extreme weather and ice loading may temporarily impact reception. Periodic checks of mounting hardware after storms are sensible.

Troubleshooting common reception issues

If you aren’t seeing expected channels or experiencing pixelation, use this troubleshooting checklist.

Basic checks

• Re-scan for channels on your TV after repositioning the antenna.
• Confirm coax connections are snug and corrosion-free.
• Verify the coax type and that connectors are 75-ohm compatible (most TV tuners expect 75-ohm).
• Make sure the antenna is pointed toward the main broadcast towers.
• Remove splitters temporarily and connect directly to a single TV to test raw signal strength.

If channels are missing or weak

• Elevate the antenna or move it outdoors if it’s in the attic.
• Try different orientations, then re-scan each time.
• Replace long cheap coax runs with thicker RG6 to reduce loss.
• Consider a powered preamplifier at the mast if signals are weak before splitting.
• Swap the included splitter for a better-quality model or a powered distribution amplifier if using multiple TVs.

Dealing with intermittent pixelation

Intermittent artifacts usually indicate marginal signal strength or interference. Check for local sources of RF interference (power lines, wireless devices, neighbor’s equipment) and ensure weatherproofing of connectors to prevent moisture ingress.

Pros and cons to help you decide

Laying out advantages and downsides helps you match the product to your situation.

Pros

• Directional Yagi design gives good gain for pulling in distant stations when properly aimed.
• Supports both VHF and UHF bands, covering most OTA broadcasts.
• Includes useful accessories (40 ft coax, 4-way splitter, mounting pole) to get you started.
• Weatherproof construction intended for outdoor use.
• Radio/FM compatibility offers additional value if you want FM reception.

Cons

• “Up to 200 miles” is a best-case claim and may be unrealistic for most setups without perfect conditions.
• Included 4-way passive splitter and 40 ft coax may be insufficient for multiple TVs or long runs without additional amplifiers or better cable.
• Some assembly required; roof installations can be challenging and require safety precautions.
• Grounding and lightning protection require additional materials and attention for true protection.

Comparison with similar antenna types

Choosing the right antenna depends on your environment and priorities. Here’s how this Yagi stacks up.

Yagi vs multi-directional/omni antennas

A Yagi is directional: you aim it at the tower and gain signal strength in that direction, which reduces interference from other directions. Omni and multi-directional antennas capture signals from several directions without re-pointing, which can be useful if towers are scattered around you. If most towers are in one general direction, a Yagi will usually outperform an omni.

Yagi vs panel/flat antennas

Flat panel antennas are compact and often easier to mount indoors; however, they usually have lower gain and are less suitable for long-range reception. The Five Star Yagi’s extended elements and directionality should outperform most indoor panels for medium- to long-range pickup.

Maintenance and long-term care

Taking a few simple steps will keep the antenna working well for years.

Regular checks

Inspect hardware for corrosion, tighten mounting bolts each season, and check coax connectors for moisture. Remove bird nests and debris from the antenna elements that could change the tuned spacing.

Re-sealing and weatherproofing

Use coax sealant and weatherproof tape at the outdoor connections and where the coax enters your home. Replace degraded cable if you notice signal issues after prolonged UV exposure.

Seasonal adjustments

Trees and vegetation can change signal paths with seasonal foliage. If reception degrades after leaf-out or changes seasonally, you may need to raise the antenna or adjust direction.

Customer support, warranty, and seller contact

The product page mentions “100% Customer Satisfaction” and encourages you to contact the seller for questions and troubleshooting. Keep your purchase receipt and photo documentation of the antenna if you need support for assembly issues or missing parts.

What to expect from seller support

Be prepared to provide:

• Order number and date
• Photos of the product received and any damaged parts
• Descriptions of assembly steps you attempted Sellers typically respond with guidance, replacement parts, or return instructions depending on the issue and warranty or return policy.

Who should buy this antenna

This product is best if:

• You want to cut cable and receive local HD channels with a directional antenna.
• You have a clear or semi-clear line-of-sight toward broadcast towers and need higher gain than compact indoor antennas provide.
• You need a kit that includes basic mounting hardware and a short coax run, and you’re comfortable making roof or attic installations.

You might reconsider if:

• You need omni-directional reception because towers are spread widely around you.
• You cannot mount anything outdoors and live far from broadcast towers (then an indoor antenna or a professional solution may be better).
• You need to feed many TVs across long cable runs without investing in amplifiers or higher-quality splitters.

Final thoughts and practical buying tips

If you’re serious about cutting cable and want a directional outdoor antenna with a decent accessory kit, this Five Star Yagi model is a solid option to consider. You’ll likely get better reception than indoor units and you’ll have the convenience of being able to connect multiple TVs right away. Keep expectations realistic about the 200-mile claim and plan for grounding, potential use of a powered amplifier if you plan to split to multiple long runs, and safe, secure mounting.

Before you buy:

• Check tower locations and predicted signal strength for your address.
• Plan for additional materials you may need (grounding kit, longer mast, extra coax).
• Prepare for safe installation or hire a pro if roof work puts you at risk.

If you follow good installation practices — aim accurately, ground the system, use low-loss coax, and use a powered distribution amplifier when needed — you should be able to enjoy free OTA HD channels and reliable Radio/FM coverage for multiple TVs with this antenna.

Disclosure: As an Amazon Associate, I earn from qualifying purchases.