Buy the Ninja Professional Blender BL610. At the bottom of this market it is the only machine that combines a published four-figure wattage with a full-size pitcher and a blade assembly that reaches up the jar rather than sitting on the floor of it, and those three things are what crushed ice actually requires. The NutriBullet 1200 W Blender Combo is the alternative if you want cups as well as a pitcher. The Hamilton Beach Power Elitefinishes last here despite carrying the longest warranty and the lowest price on the page — and the reason is the most interesting thing in this category.
About the $100 in the title. Our prices come live from Amazon and they move, sometimes several times a week. We cannot promise that every machine below is under $100 at the moment you read this, and any page that promises it is either checking by hand every morning or quietly lying. The live price beside each pick is the authority; if it disagrees with the heading, believe the price. Our prices also carry the time they were last checked, and if that check is more than 48 hours old the number disappears entirely rather than go stale.
Why ice is the load that decides a cheap blender
Every other job a blender does is forgiving. A banana gives way. Yogurt gives way. Even frozen fruit is mostly water bound up in soft cell walls, and it softens the moment it starts to move. A cube of ice does none of that: it is hard, it is slippery, and it is lighter than the liquid around it, so it rides up the jar wall and orbits the blade instead of meeting it.
That combination is why ice is the single best diagnostic load in the category. It punishes a motor that cannot hold its speed under a shock, it punishes a jar that is too wide at the base, and it punishes a blade that sits too low to reach anything floating. A machine that crushes ice well will do everything else on your list; a machine that stalls on ice will disappoint you in half a dozen other ways you have not thought of yet.
The criteria, in the order they matter
1. Continuous power, not peak power
This is the whole game under $100, and one manufacturer on this page is candid enough to explain why. Hamilton Beach defines peak power in its own Power Elite manual as the measure of the motor wattage during the first seconds of operation, and then names the load that demands it: this is when a blender requires the most power to crush ice, frozen fruit, etc.
Read that twice, because it is an admission the rest of the budget market does not make. The big number on the box is measured during a burst, and ice is the load that forces the burst. The useful question is what the motor draws for the nextninety seconds, and the only machine here that publishes an answer is the same one that defined the term: its rating plate says 120 V, 3.7 A max, which is 444 W of real continuous draw. The arithmetic behind peak-versus-continuous claims across the whole catalog is on blender wattage explained.
2. How high the blades reach
A single blade on the floor of a jar can only cut what sinks. Ice floats. That is the entire mechanical argument for the stacked blade tower on the Ninja, which puts cutting edges at several heights in the pitcher so that cubes riding the wall still meet steel. It is also why a bullet blender does better on ice than its wattage suggests: the cup is narrow enough that nothing can orbit out of reach in the first place.
3. Jar shape, and the headroom you leave in it
A wide, shallow jar is the worst shape for ice, because cubes have somewhere to go. A narrow jar, or a big jar filled only a third full, keeps the load circulating through the blade instead of around it. The counter-intuitive consequence: on ice, a 64 oz pitcher half-empty outperforms the same pitcher filled to the line, and a 32 oz cup can beat both.
4. Pulse, because ice has to be struck rather than stirred
Continuous running lets a jar of cubes settle into a stable orbit around a cavity. Pulsing collapses it: the motor stops, the load falls back onto the blade, and the next burst meets a completely different arrangement. Six one-second pulses do more to a jar of ice than thirty seconds of continuous running, and that is true on every machine here. What pulse does on a blender is the mechanism in full.
5. Jar material, because ice is what scars a jar
Dry-crushing ice is abrasive, and plastic jars cloud and scuff from it faster than from anything else you will put in them. Glass does not, which is a genuine point in the Hamilton Beach’s favor even though it loses this ranking on power. Glass vs plastic blender jars is the longer argument, and it cuts both ways: glass is also the heaviest jar to lift when it is full of ice water. If you plan to rack the jar rather than rinse it, what each manufacturer says about the dishwasher matters more than it looks — two of the brands on this page publish restrictions.
6. Warranty, because ice is the duty that kills budget motors
Shock loading is hard on a motor, and a machine used mostly for frozen drinks works harder than one used for smoothies. That makes warranty length a more meaningful number here than it is on a page about soup. It is also where the ranking gets uncomfortable, because the machine with by far the best warranty term on this page is the machine least able to do the job. Blender warranties compared puts every term in one table.
Why the Hamilton Beach finishes fifth
It carries three years in the US and five in Canada, it has a glass jar, it is the cheapest thing on this page, and we rank it last. That deserves an explanation rather than a shrug.
The reason is in Hamilton Beach’s own documentation, and it is a two-part finding. First, the rating plate: 3.7 A at 120 V is 444 W continuous, which is less than half what the Ninja’s base is rated at and roughly a third of the NutriBullet Combo’s published figure. Second — and this is the part nobody quotes — the Processing Foods chart in that same manual lists coffee beans, parmesan, baking chocolate, nuts, chopped vegetables, cookie crumbs and superfine sugar, with quantities and blending times for each. It never lists ice.
Hamilton Beach names ice once, in the paragraph explaining why peak wattage is quoted at all, and then declines to put it in the chart that tells you how to do things. We are not going to read a prohibition into that silence, and we are not going to pretend it is an endorsement either. What we will say is that the machine’s own catalog entry already warns that it will stall on frozen fruit blended without added liquid, and crushed ice is that problem with the liquid taken away. Buy it for milkshakes, soft fruit and sauces, where it is genuinely good value for what it costs. Do not buy it to make frozen margaritas every Friday.
The pick we will not rank
The Magic Bullet is a legitimate recommendation on our under $100 roundupand it has no business on this one. Its published motor is a 250 W base — a quarter of the Ninja’s figure — and the cups are designed around chopping, single shakes and small sauces. Asking it for crushed ice is not a question of patience; it is a question of whether you want to hear a motor work that hard. We have left it off the ranking rather than list it fifth with a warning attached, because a rank implies a recommendation and this is not one.
The same logic applies to the smallest machine we didrank. The NutriBullet 600 is here at number four because its narrow cup genuinely helps on ice and because 600 W is enough for a cup of cubes with liquid in it, not because it is a frozen-drinks machine. Whether personal blenders can handle ice is the full answer to that, and it is more nuanced than either yes or no.
What a year of ice costs to run
Almost nothing, and it is worth saying so plainly because wattage is the number this whole page turns on and it is easy to leave a reader thinking the big motor is expensive to own. At 18.34¢ per kWh (US EIA, Electric Power Monthly — average residential price, US total, retrieved September 2026) and 3 minutes a day, 365 days a year, the Ninja’s 1,000 W works out at about $3.35 a year, the NutriBullet Combo’s 1,200 W at $4.02, and the Hamilton Beach’s real 444 W continuous draw at $1.49.
The gap between the most and least powerful machine on this page is a few dollars a year. Electricity is never the reason to choose between blenders, and anyone selling you a low-wattage machine on running cost is selling you a rounding error. The full arithmetic, with the rate and the usage assumption both stated, is on how much a blender costs to run.
Where the documentation runs out
Two warnings about the winner, because the site’s whole claim is that the numbers trace to a manufacturer document and the BL610’s barely do.
SharkNinja has withdrawn the product page for the BL610. The 1,000 W figure above comes from the company’s own listing for the model’s replacement motor base, and the 72 oz pitcher figure from its replacement-pitcher listing — both manufacturer sources, and both weaker evidence than a spec sheet. No warranty term is published for the model at all: Ninja states one year on every current blender page and nothing on this one.
That cuts both ways. A withdrawn page is a real mark against a machine on a site built around sourcing. But the fact that SharkNinja still sells a replacement motor base and a replacement pitcher for it is also the best evidence on this page that a budget blender can be repaired rather than replaced — which parts you can actually replace goes brand by brand.
If the ceiling is flexible
Ice is the one load where the next price bracket buys something you can feel rather than something you can only read about: more continuous torque, a tamper to push a thick frozen mixture back into the blade, and in the premium case a container designed to be run dry. If $100 is a preference rather than a wall, the ranking without a price ceiling is the best blenders for crushing ice, and the frozen-cocktail version of the same question is the best blenders for frozen drinks.
If it is a wall, buy the Ninja and pulse it. That is the honest short answer, and the three paragraphs of caveats above are what we owe you for giving it.
What we have not done
We have not crushed ice in these machines, timed a jar of cubes, or measured a stall. We own no blenders and we do not pretend otherwise. This ranking is built from what the manufacturers publish — rating plates, wattage figures, vessel sizes, warranty documents and, in Hamilton Beach’s case, a food chart and the absence of an entry in it — combined with the ordinary physics of why a floating solid behaves the way it does in a spinning liquid. Where a figure is not published, the cell says so.
Buying for ice under $100: what to check on the box
Find the continuous figure, or treat the big one as marketing
A wattage with no qualifier is not a continuous rating. If the packaging says “peak”, it is telling you about the first few seconds. If it gives an amperage on the rating plate, multiply by 120 and you have the real number. One manufacturer on this page does both, and it is the cheapest one.
Look at where the blades sit, not how many there are
Blade count is a marketing number. Blade height is a mechanical one: edges at several levels in the jar meet floating cubes, and a single blade on the floor does not. This is the one visible feature that correlates with real ice performance at this price.
Match the vessel to the batch, and then under-fill it
A big pitcher is not an advantage on ice unless you are making a big batch. If you make one or two drinks, a 24 to 32 oz cup keeps the load trapped against the blade, which is worth more than several hundred watts. If you have the pitcher, fill it a third full and pulse.
Check whether pulse is a real momentary switch
The useful kind springs back when you let go, so you control the burst and the coast-down is automatic. A latching button labeled “pulse” is a speed setting with a nice name, and it will not do the collapse-and-fall trick that actually breaks a jar of cubes apart.
Decide whether you want glass
Ice scuffs plastic faster than any other load, so glass stays clear for longer and takes detergent and heat without complaint. The costs are weight and, at this price point, motor power — the glass-jarred option here is also the least capable. Pick the constraint you care about; you cannot have both under $100.
Add liquid, whatever the machine
Dry-crushing a full jar of cubes is the harshest thing you can do to any of these motors. A splash of water or juice gets the load circulating and turns a stall into a blend. Every machine on this page works better that way, and the cheapest one only works that way.
