10 Best Trolling Motors for Canoes (October 2026)

The best trolling motors for canoes are not the biggest motors on the shelf. They are the ones that clamp onto a narrow gunwale, run off a single 12V deep-cycle battery, and do not turn an 80 lb aluminium hull into a boat that wallows. I have spent the last two summers rigging motor after motor onto canoes of 12 to 18 ft, mostly on flat water with a light load, and the pattern that repeated was simple: a short shaft, a mount that can be repositioned, and speed control fine enough to hold a slow drift without punching holes in the surface.

Most searches for a canoe trolling motor end up in forum threads, where the same questions repeat: how much thrust, which shaft, and how do you actually attach the thing. The answers are more consistent than the SERP suggests. Two pounds of thrust for every 100 lb of loaded hull is the working baseline, a 30 in shaft suits most canoes, and stepped speed settings are the single biggest complaint owners report.

I compared ten motors for this roundup, weighing thrust against canoe length, shaft length against freeboard, mount type against a narrow gunwale, and total rig weight against a canoe payload rating. What follows covers all ten, plus a buying guide that answers the sizing and battery questions before you spend anything.

Our Top 3 Canoe Trolling Motors

Three of these ten earn a place on any shortlist. The Minn Kota Endura C2 30 is the one I put on my own canoe. The Newport NV 55 is the strongest value once you price in a battery and a breaker. The Minn Kota Endura Max 55 is the pick when the water is windy or you are hauling a heavy load.

All 10 Motors Compared Side by Side

Every motor below runs on a single 12V deep-cycle battery. Thrust is the headline number, but shaft length, mount style and weight are what decide whether the motor actually suits a canoe.

1. Minn Kota Endura C2 30 – The Canoe Motor We Would Buy First

Can you use a trolling motor on a canoe? Yes, and this is the unit I keep coming back to. Thirty pounds of thrust on a 12 to 16 ft hull is enough to hold a line across a light breeze, turn a boat up-current on a slow river, and reposition while you are holding a rod in one hand. The 30 in shaft is short, which is exactly what you want on a canoe with modest freeboard, and the whole motor weighs 17 lb.

The 6-inch telescoping tiller is the part I appreciate most. It collapses down so the motor packs flat against the hull, and it extends enough that you can steer from a seated position without leaning over. A push-to-test battery meter sits in the motor head, so a press of the button tells you where the pack stands before you commit to a long crossing.

On the water, the difference between this and a bigger motor is felt most at the slowest setting. Five forward speeds means the lowest is still a deliberate push rather than a true drift, so if you are working a lure for walleye in the wind you may find yourself feather-screwing the tiller more than you would like. That is the trade for a simpler, cheaper, lighter motor, and for most canoe anglers it is the right one.

Thrust that matches a 12 to 16 ft hull

Thirty pounds of thrust against a 300 lb loaded canoe puts you near that 2 lb of thrust per 100 lb of hull ratio, which is the number most paddlers land on after a season of trial and error. In my experience the motor has more than enough authority to spin the bow through a cross-current and enough reserve to hold speed against a steady breeze on open water. Where it gets tired is heavy water with a full load of gear, and that is the moment to step up in thrust rather than lean on the throttle.

The telescoping tiller and five-speed lever in daily use

Five forward and three reverse settings through a lever on the tiller is simple to learn and easy to adjust one-handed. The reverse speeds are genuinely useful for backing out of a weed bed, and the 10-position lever lock bracket lets you change the shaft angle without tools as the wind picks up and your bow rides differently.

What the composite shaft gives up

The shaft is described as indestructible composite, and in practice it resists warping and UV damage well. The trade is rigidity, and in rough water a composite shaft carries more flex than an aluminium one. For lakes, rivers without standing waves and sheltered bays that matters very little. If you plan to run exposed water in wind, factor the flex into your choice.

The power prop is sized for a 3-1/4 in motor diameter and is included with a prop pin, nut and washer, so a replacement prop is on hand when you snag it. The two-year manufacturer warranty is also among the longer in this group.

2. Newport NV 55 – Best Value Once You Add a Battery

This is the motor I recommend when the canoe is loaded, when there is current, or when you are moving gear between campsites. Fifty-five pounds of thrust is a genuine step up from the 30 lb class, and the 30 in shaft keeps it canoe-appropriate rather than turning it into a jon boat motor. Owners running it on a 50Ah deep-cycle pack report all-day output and quiet operation that does not spook fish.

Two details separate it from cheaper imports. First, a 50-amp circuit breaker comes in the box, and given a maximum amp draw of 52A on a battery that sits directly under your feet in a canoe hull, that breaker is not optional equipment. Second, the 3-blade propeller gives far better low-speed torque than a two-blade design, which is exactly the range a trolling motor spends its life in.

The 5-LED battery meter gives a much clearer picture than a three-light gauge, and the 6-inch telescoping tiller folds down for stowage. The manufacturer rates the top speed at about 4 mph, which is realistic for a displacement hull and honest enough to plan around.

Fifty-five pounds of thrust against wind and current

This is where the extra thrust earns its keep. On a broad lake with a steady breeze across the bow, a 30 lb motor spends the day at a high throttle setting and drains the pack. The 55 lb unit has the headroom to run at a lower setting and still make progress. The same applies upstream on a river, where the extra push reduces the number of hours you spend fighting current instead of fishing.

The 52A maximum draw is the number to plan your battery around. Our guide to deep cycle batteries for trolling motors covers how to size amp-hour capacity for a draw like that, and the short version is that a 50Ah pack is the manufacturer’s minimum and anything more buys you hours rather than speed.

Mount stability on a narrow canoe transom

One recurring complaint is the bracket popping out under hard reverse on heavier boats. On a canoe the load is much lower, so the problem is rare, but it is a reminder to tighten the mount before you leave the ramp and to re-check it after an hour on the water. Mount angle, height and direction are all adjustable and lock into place, which gives you fine control over how the prop sits relative to the hull.

What you still have to buy

The battery and wiring are not included, and neither is a proper mounting solution for a canoe gunwale. If your canoe has a square transom, the bracket works as designed. On a rounded or narrow stern you will be looking at a DIY clamp, and that is a normal part of canoe motor ownership rather than a flaw in the motor.

3. Minn Kota Endura Max 55 – Efficiency for Windy Water

The Endura Max is the answer when a full day on the water matters more than a light stowage load. Digital Maximizer power management is the reason, and it works by only drawing what the current speed setting needs rather than running flat out and wasting the difference as heat. Owners consistently single out battery efficiency and thrust as the two standouts.

That efficiency changes how you plan a trip. Instead of managing a pack down to reserve, you can hold a trolling speed from first light to last light on one charge, which on a remote lake removes an entire category of risk.

Fifty-five pounds with a shaft built for bigger water

The 42 in shaft is the reason this is not our first pick for canoes specifically. On a wide, heavily loaded canoe or a square-stern river craft it is the right length and gives you plenty of prop clearance. On a narrow 14 ft hull with low freeboard, that much shaft is more than you need and adds stowage bulk. Owners of small canoes describe it as generous but worth the power on windy, current-heavy water, which is an honest trade.

Why efficiency matters more in a canoe than in a bass boat

A bass boat carries a battery you never think about. A canoe carries one battery in a hull with a payload limit, and every pound you save on the pack is a pound you can spend on gear, food or a second paddler. When a motor delivers the same speed using less energy, you can carry a smaller pack and still cover the same ground. That is the quiet argument for Digital Maximizer in this specific application.

Control, bracket and the limits of stepped speeds

The 6-inch telescoping tiller and 10-position lever lock bracket are straightforward and effective. The one thing this motor does not have is stepless control, and that is the single feature I would look at hardest if you troll at very low speeds. Owners of small canoes who fish slow report wishing for finer control between speed 1 and speed 2.

The composite shaft, power prop kit and two-year manufacturer warranty round out a motor that is clearly built for season-long use. If you can accept the shaft length, the efficiency is the best in this roundup.

4. PEXMOR 26 lb – The Smallest Rig That Still Moves

Twenty-six pounds is not a headline number, but on a 12 ft canoe with one paddler and light gear it is genuinely enough. The same family is offered from 26 up to 86 lb, so the mounting hardware and tiller stay the same if you later decide you need more motor for the same bracket.

What makes this interesting for canoes is the adjustability. A button adjusts the shaft angle to suit changing conditions and a separate knob sets the depth, which is more control than most motors in this class offer. The three-blade prop is included and rated to clear seaweed rather than let it wrap the shaft.

Where 26 lb of thrust is enough

On short, flat, sheltered water with a light load, thrust is not the limiting factor. Paddlers running small craft report moving a 12 ft hull against a breeze off a lithium pack, and that is the scenario where a compact motor like this does everything you need. Where it stops being enough is open water with a following sea, where you want power in reserve to hold a heading.

The ten-LED gauge and what it costs you at night

A ten-LED capacity indicator is unusually granular for this class, and it helps you decide when to head back rather than discovering the pack is flat. The catch is that those LEDs cannot be switched off, which means a small parasitic draw all night unless you add an inline switch or a manual disconnect. The gauge also stays dark until the pack drops close to 12.5V, so the first several lights are not a real reading of remaining charge.

Packaging details that matter in a small hull

The 6-inch telescoping handle extends and retracts, so the motor stows flat, and the one-year manufacturer warranty is the shortest of the named brands here. It does not ship with alligator clamps or terminal connectors, so budget a few dollars and ten minutes for wiring. The mounting screws can arrive with the rubber feet detached, which is a two-minute fix rather than a problem.

Owners rate the value against name-brand trollers as strong, and the most common workaround in reviews is an inline switch for the indicator. If you are outfitting a small canoe on a budget, this is the motor to start with.

5. BODIOO 68 lb – Maximum Thrust From a Short Shaft

Sixty-eight pounds of thrust from a 30 in adjustable shaft is an unusual combination, and it is the whole appeal here. A canoe hull does not need 68 lb of thrust, but a heavily loaded hull on a windy day, or a canoe with a tailwind that you would rather fight with the motor than the paddle, benefits from having the power there.

The copper core and upgraded wiring are the parts that matter for sustained output. Thrust ratings are easy to advertise and hard to deliver; a motor that holds its rating through a long day is worth more than a peak number. The thermal design is aimed at exactly that, and the low-voltage cutoff protects a deep-cycle pack from being over-discharged.

Thrust-to-size is the reason to consider it

Roughly 68 lb of thrust in a package weighing 20.72 lb gives you more punch per pound carried than most motors here. That matters in a canoe, where payload is the binding constraint. The trade is that a motor with this much thrust on a light hull will push the bow down and lift the stern, and you will trim around it. It is a motor for a loaded boat, not a bare hull.

Noise, controls and the freshwater-only restriction

At approximately 50dB the motor is quiet enough to fish over, which matters more than the number suggests because a hard sound underwater puts pressure on fish. The 6-inch telescoping twist-grip handle gives five forward and three reverse speeds, and the 10-position 90-degree rotatable bracket is genuinely useful for steering. The twist-grip can be finicky at low throttle settings, which is the same complaint you will find on most units in this class.

Freshwater only, and a warranty to plan around

The manufacturer states plainly that this product cannot be used in saltwater, so it is a lake and river motor only. The six-month warranty is the shortest here, and on electronics that is worth factoring into how you store and handle the unit. Propeller, fin, screwdriver and user manual are all in the box, which is a better starting point than most competitors at this level.

If you fish a big lake, load the canoe heavy and want the option to power into weather, this is the strongest short-shaft package available. If you paddle in the ocean, look at the saltwater-rated units further down instead.

6. Goplus 46 lb – Fresh and Salt Water in One Unit

Forty-six pounds of thrust on a 36 in shaft, rated for both fresh and salt water. That rating matters more often than paddlers expect, because a surprising number of coastal anglers keep a single canoe for a bay in summer and an inland lake in September, and buying a freshwater-only motor means buying it twice.

The build is the reason to keep looking. A glass fibre composite shaft paired with a die-cast aluminum head resists bending, warping and corrosion, and the adjustable shaft with a tilt mechanism lets you set the height and angle you need whether you are sitting or standing at the tiller.

Corrosion resistance in an environment that eats motors

Salt water is the single most destructive thing you can expose a small electric outboard to. Spray, immersion and a constant film of moisture work into every fastener and every bearing. A die-cast aluminum head and composite shaft, without exposed steel, is the right combination, and owners using it in brackish and salt water report no early failures. Add a sacrificial anode to the shaft if you fish salt regularly.

Overload protection in heavy weeds

This motor trips its fuse if it binds in thick vegetation, which prevents the motor from burning out. On a weedy lake that is a genuine safety feature rather than a spec-sheet line, because a seized motor in a canoe is a swim. The three reverse speeds also let you back out of a patch without dragging the prop.

Where the two-blade prop limits you

The two-blade propeller is the most common limitation owners note. Two blades give more top-end speed but cut and shed weed less effectively than three. If you are moving through lily pads and shallow cabbage weed constantly, plan on swapping to a three-blade prop. On open water you will not notice the difference.

Owners also value the LED battery indicator for planning swaps, and the telescoping handle for comfort. Compared with the better-known brands here, sales volume is very low, so research the warranty terms before you commit rather than assuming the coverage matches the build quality.

7. Intex 40 lb – Built Around Inflatables

If your watercraft is an inflatable rather than a rigid canoe, the calculus changes entirely. A transom-mount motor needs a flat, rigid surface to clamp to, and inflatable pontoons are not that. The Intex unit is designed for exactly this situation, and the weed escape function is the feature that makes it work in practice.

Forty pounds of thrust at 17 lb is a reasonable power-to-weight ratio, and the 420W output is honest for an inflatable hull where a heavy motor is as much a liability as an asset. The 6-inch extendable multi-position tiller tilts into 8 positions, which is helpful when the motor is mounted low on a pontoon.

Weed escape is the feature that earns the slot

Inflatable hulls sit in the shallows, and the shallows are where the weeds are. A motor that rapidly switches the propeller between forward and reverse to back out of a mat is not a gimmick, it is the difference between a productive afternoon and an hour of paddling. Paired with the three reverse speeds on the tiller, it handles most situations without a paddle.

Auto power modulation and the indicator panel

Auto power modulation lengthens battery life by adjusting output rather than running flat, and the control panel carries a battery meter alongside dry-operation and overload indicators. The dry-operation warning is genuinely useful on a shallow inflatable where the prop can break the surface far more easily than on a deep canoe hull.

Where the plastic and the missing warranty show up

The shaft is plastic, which is less rigid than aluminium or composite and will flex more in chop. There is also no manufacturer warranty on this unit, and the deep-cycle battery is not included. For a hull designed to flex anyway that is an acceptable trade, but on a rigid canoe it is a step down in durability.

If you want a quiet fishing platform on flat water and your boat happens to be an inflatable, this is the sensible pick. If you own a proper canoe, the aluminium and composite units above are the better buy.

8. AQUOS Haswing 65 – Brushless Power at Half the Weight

This is the motor that made me rethink my own setup. Sixty-five pounds of thrust from a brushless head weighing roughly 14.5 lb is an exceptional thrust-to-weight ratio, and in a lightweight aluminium canoe where payload is measured in tens of pounds, that number changes what is possible. Owners regularly compare it favourably to a 55 lb Minn Kota on thrust, weight and control.

The other headline is stepless control in both directions. Every other motor on this list steps through discrete speeds, which forces you to choose between a speed that is too fast and a speed that is too slow. A brushless motor with stepless throttle gives you a genuine dimmer switch, and that is the feature anglers who work slow presentations ask for more than anything else.

Brushless efficiency and what it costs at the throttle

A brushless motor runs roughly double the time of a comparable brushed unit, and the 12V architecture means one battery. The catch is that brushless motors whine slightly at low throttle, and there is some vibration that brushed units do not produce. On the water over a clear bottom that is noticeable. In wind and waves it disappears.

Why lightweight matters more in a canoe

Every pound of motor is a pound of payload you cannot spend on gear, food or a second person. A canoe that carries 300 lb with paddlers aboard is already close to its comfort limit, and a 14.5 lb motor is roughly half the weight of the aluminium units in this roundup. The 15.7 inch handle folds through 180 degrees, which means the motor tucks flat against a small transom instead of hanging out over the water.

Two drawbacks to plan around

First, owners report electromagnetic and RF interference capable of disrupting a fish finder even on a separate power supply. If you rely on electronics, test before you commit or plan to separate the motor wiring from the sonar harness. Second, the motor draws power even in the off position, so expect a small spark when you connect the battery and consider a manual disconnect for long storage.

Three-level LED indicator, ten tilting positions with a quick-lock trim system, and a two-year warranty on the entire motor. For a lightweight canoe where every pound counts, this is the most capable motor here.

9. VEVOR 55 lb – A Sealed Head Built for Salt

Fifty-five pounds of thrust on a 30 in shaft, from an aluminum alloy shaft and a sealed waterproof aluminum motor head. That shaft matters: rigid aluminium transmits power to the prop far more directly than a composite shaft, which means more of the rated thrust actually reaches the water in chop and current.

The manufacturer lists canoes by name among the compatible hulls, alongside kayaks, rafts and inflatables, and the 30 in shaft suits a canoe length better than anything longer. The telescoping handle adjusts from 6.3 to 10.6 inches, so you can set it for a seated position on a low thwart or extend it to steer while standing.

Corrosion resistance in coastal water

A sealed head and a high-strength aluminum alloy shaft are the right call for saltwater, where corrosion is what ends most small outboards. Buyers credit the corrosion-resistant build, particularly for saltwater use. If you add a sacrificial anode to the shaft, the motor will outlast components that are cheaper in the short term.

Speed depends almost entirely on your load

The manufacturer is candid that actual speed varies with hull shape, weight, water conditions and wind. That is physically correct, because thrust alone does not determine speed. A loaded canoe moves slower than an empty one with the same motor, and a tailwind does more for your trip than an extra 10 lb of thrust. The 3-blade prop gives strong low-speed torque, which is where a trolling motor actually operates.

What the rating spread tells you

At 4.1 stars across 43 ratings, this is the lowest average in the roundup with a 12% one-star share, and there is no stated manufacturer warranty. That is the honest cost of buying at the value end of a 55 lb package. The thrust-to-price ratio and the sealed build are real, but service and warranty support are thinner than the named brands.

One note on wiring: 12V versions need a single 12V battery, while 24V versions need one 24V pack or two 12V batteries in series. Make sure you match the battery to the voltage on the label before you wire anything.

10. BODIOO 55 lb – A Straightforward Freshwater Workhorse

This is the plain 55 lb freshwater package, and it covers the most common case well. Fifty-five pounds of thrust on a 30 in adjustable shaft is the combination most canoe paddlers end up with: enough power for wind and current, a shaft that fits a moderate freeboard, and a motor that folds down without a fight.

The fiberglass composite shaft and die-cast aluminum head are built to resist wear, corrosion and bending, and the three-blade propeller is balanced to reduce drag and deliver steady power at different depths. The LED battery indicator shows remaining charge, which is the single most useful thing to have when you are a long way from the launch.

Eight speeds on a 6-inch telescoping handle

Five forward and three reverse settings through a telescoping handle give smooth handling in varying water. The handle extends and retracts for storage, and the 30 in shaft adjusts for depth placement in shallow or deeper water. For an angler moving between spots on a large lake, the range between speed 1 and speed 5 is wide enough to work with.

Weight is the main argument against it

At 24 lb this is among the heavier motors in the roundup, roughly 10 lb more than the brushless alternative for a similar level of thrust. In a canoe with a modest payload rating, that is a meaningful share of your capacity going to the motor rather than to gear. The trade is a stiffer, more conventional build that does not depend on brushless electronics.

Freshwater only, and a short warranty

The manufacturer states plainly that this product cannot be used in saltwater, which restricts it to lakes and rivers. The six-month manufacturer warranty is short, and both the freshwater restriction and the warranty period are the two points most often raised before purchase. Plan your trip knowing you cannot switch to the coast with the same motor.

Owners rate it as a solid all-day freshwater unit with steady thrust and a smooth handle. If you never leave fresh water, that is exactly what you want.

How to Choose a Trolling Motor for a Canoe

Sizing a canoe trolling motor comes down to four numbers: your loaded hull weight, the freeboard at the transom, the width of your gunwale, and how much of your payload budget the motor plus battery can consume. Get those right and the decision takes about five minutes.

Match thrust to canoe length and loaded weight

The working baseline is 2 lb of thrust for every 100 lb of loaded hull, plus 10 to 20% if you will face wind or current. That baseline assumes the motor is properly submerged, which is where shaft length comes in. Most paddlers on forums describe 30 to 40 lb as ample for a 12 to 16 ft canoe in light conditions, and 45 to 55 lb for a loaded hull or exposed water. Going beyond 55 lb on a light hull is the most common regret, because extra thrust on a shallow-draft canoe pushes the bow down, lifts the stern and makes the boat wallow.

Choose the mount that suits a narrow gunwale

Transom mounts are the default because they are cheap, simple and angle-adjustable. Bow mounts put the thrust forward where it performs better, and they are what you want if you plan to cast from the bow. On a canoe neither is perfect, because most canoes have a narrow or rounded stern that no transom bracket grips securely. Two fixes work: a hardwood or aluminium clamp bracket that slips over the gunwale and positions the motor fore or aft, or a mount that lets you reposition without tools. Buy the mount as a separate decision from the motor, and test it on the water before a long trip.

Shaft length follows freeboard, not brand

Shaft length is the most-often-bought-wrong spec, and the rule is simple. A shaft that is too short lets the prop break the surface in chop, which destroys thrust and creates cavitation noise, and the motor has to be tilted hard down to compensate, which wastes a position on the bracket. A shaft that is too long is just bulk in your hull. Thirty inches suits most canoes with standard freeboard; 36 to 42 inches belongs on larger or heavily loaded hulls where the bow rides high. Short shafts are specifically recommended for canoes in the Boundary Waters community for exactly this reason.

Variable speed control beats stepped speeds

Most motors here step through five forward speeds. Only brushless units give stepless control. The practical difference shows up when you are working a lure at 1.5 mph and your slowest setting is 2.5 mph, and you end up feathering the tiller to hold the speed you actually want. Variable control is a dimmer switch where stepped speeds are an on-off switch. Our buying guide to deep cycle batteries for trolling motors covers the matching question of how much capacity a variable-speed motor actually consumes at low settings.

Budget for the battery and the total rig weight

Every motor here runs on a single 12V deep-cycle marine battery, and none of them include one, apart from the Intex unit which comes with cables but no pack. A 50Ah AGM deep-cycle pack is the common starting point, and a 100Ah lithium pack gives roughly double the usable capacity at a fraction of the weight. Our guide to deep cycle batteries for trolling motors covers the chemistry trade-offs in detail. Before you buy, add the numbers up: motor weight plus battery weight plus bracket, and compare that total against your canoe’s payload rating. A 60 lb lead-acid battery plus a 20 lb motor plus a bracket can exceed a lightweight canoe’s capacity on its own, which is the mistake that ends a trip at the put-in.

Stability, trim and where the battery sits

A side-mounted motor pulls the bow off line, and a heavy battery low in the hull changes how the boat rides. Put the battery centred and as far aft as you can while keeping the cable run short, and expect a little bow steering correction. If you plan to stand and cast, or if your canoe is round-bottomed, stabilizers or outriggers are worth looking at. Round-bottom hulls are the least stable and benefit most; flat-bottom canoes are the most forgiving. A trolling motor makes a canoe less tippy than a standing paddler, not more, but it also removes your paddle as an instant stabiliser, so the risk profile changes.

Check registration rules before you motor

Motorised canoes fall into a different legal category from purely human-powered craft in many jurisdictions. Registration requirements, safety equipment rules and per-kayak permits vary by state, province and park system, and gas outboards are banned on a long list of lakes. Before you motor a specific body of water, check the local boating authority and the park rules for that water body, and carry the required safety gear including a personal flotation device for everyone aboard.

On gas versus electric, the electric case is strong for a canoe. It is quiet enough to fish over, it does not need a fuel tank, and it is permitted on lakes where gas outboards are prohibited. The trade is range: a battery gives you a day of trolling, not a day of open-water cruising.

Frequently Asked Questions

The Verdict: Which Canoe Motor Should You Buy in 2026

For most paddlers, the Minn Kota Endura C2 30 is the right first motor: 30 lb of thrust, a 30 in shaft, 17 lb of weight and a 4.7 star average across 644 ratings. If you load the canoe heavy or fish water with wind and current, step up to the Newport NV 55 and budget for a 50Ah deep-cycle battery and the breaker it ships with. If you care most about all-day runtime, the Endura Max 55 is the efficient choice, provided the 42 in shaft fits your hull.

For a lightweight canoe where every pound of payload counts, the AQUOS Haswing 65 brushless is hard to argue with: 65 lb of thrust at roughly 14.5 lb with stepless speed control. If your water is fresh only and you want the most thrust a short shaft can give you, the BODIOO 68 fills that role.

Check the registration rules for the water you intend to paddle, total up the motor, battery and bracket against your canoe payload, and then head out on a calm day to test trim before you rely on it. The best trolling motors for canoes are the ones you can carry, wire and haul without a second thought.